title: Billionaire wealth drops for the first time in a decade

text:
The collective wealth held by the world’s billionaires fell for the first time in a decade last year, according to a report by the Union Bank of Switzerland (UBS) and PricewaterhouseCoopers (PwC) published on November 8. Titled The Billionaire Effect, the report found that billionaire wealth dropped by $388bn (€352bn) globally to $8.5trn (€7.7trn) after five years of strong growth.
This decline in wealth can be attributed to geopolitical turmoil and tumbling stock markets, which have made the world’s richest more inclined to stockpile cash reserves instead of trading and risking their capital.
“The billionaire boom of the past five years has now undergone a natural correction,” said UBS Global Wealth Management’s Head of Ultra High Net Worth Management, Josef Stadler. “The stronger dollar, combined with greater uncertainty in equity markets amid a tough geopolitical environment, has created the conditions for this dip.”
This decline in wealth can be attributed to geopolitical turmoil and tumbling stock markets
The region that saw the biggest drop in billionaire wealth was China. The net worth of China’s wealthiest citizens declined 12.8 percent in dollar terms, as economic growth in the country slowed to its lowest level in three decades. Meanwhile, in the EMEA region, wealth dipped almost 6.8 percent to $2.4trn (€2.17trn), with the number of European billionaires falling by 2.9 percent to 598.
The US was the only region to buck the trend. The net number of its billionaires rose by 4.8 percent, reaching 749 by the end of 2018. This is largely thanks to the country’s thriving tech sector, which has become a key driver of wealth around the world. Over the past five years, tech billionaires have driven nearly a third of the growth in billionaire wealth.
The authors of the report point out that this wealth decline should be understood within the broader context of strong growth. Overall, the billionaire population continues to grow around the world. Notably, more and more women are joining their ranks: while there were 160 female billionaires in 2013, that number has now risen to 233.


tier: cub

shelf: education

title: What is the thesis statement of an essay

text:
The thesis statement of an essay is a critical element of an essay. The thesis statement should answer the question that is of the essayist and should be concise and concise. Most papers contain the thesis statement, however many students spend many hours writing an outline without understanding what they should include. You can avoid this by creating a system that will create strong thesis statements. The following are tips for creating a strong thesis.
The first paragraph acts as a guideline for bringing readers into the discussion. This introduction is centered by the thesis statement. Some writers choose to postpone the presentation of their thesis until the end of the paragraph. This tactic is not recommended in cases where the primary focus of the essay is clear. If you’re a novice and are not sure of your abilities, it’s not an ideal idea to put off the process of articulating your thesis. Make sure you buyessay.net take into consideration all evidence in your essay when writing your thesis statement.
The thesis statement should appear at the beginning of your essay. However, it could also appear at the end. It can be included at any time in the essay, but is typically at the end. It’s the beginning of the essay. Although it is best to place the thesis statement at a beginning of an essay, teachers might prefer a different position. For school assignments, the thesis statement should be included in the last two to three sentences of your introduction.
The thesis statement should be short and straight-forward. It must also have a clear structure. Based on the subject of the essay the thesis statement could be a few sentences or a single sentence long. The final draft should be clear and concise. A shorter thesis statement will seem more confident and assertive, which is essential for argumentative essays. You may need to adjust your thesis statement as you dig deeper into your topic. The thesis statement is the primary point of your essay and it assignments help is a crucial tool for structuring your essay.
A thesis statement should be more specific than the thesis. A thesis statement that describes the invention of Braille, for example, should be specific and explain its impact on society. It https://buyessay.net/write-my-essay must be concise and clear to allow the reader to be able to comprehend it. It should not contain long words or words that could cause confusion for readers. Instead it should be as clear as possible, yet still be convincing and precise.
A thesis statement is the primary foundation of an essay. If it is unclear, you will fail to convey the primary point of your paper. A thesis statement is crucial to the quality of your essay. A poorly written thesis statement could hinder your writing. It’s better to be ambitious, not too small. It will guide readers, https://www.forensicscommunity.com/blog/introduction-and-key-sections-general-book-question and give them a focal point to the rest of the essay. Before you begin writing, make sure that your thesis declaration is clear and concise.
2025 Visegrád, Apátkúti Völgy
GPS: 47.768138, 18.979907
10:00 — 18:00
Egyéb esetekben egyedi bejelentkezéssel!


shelf: home-craft

title: Maintenance and protection

text:
At Atlantic Hardwood Flooring, we understand that maintaining and protecting your hardwood floors is essential to preserving their beauty and longevity. Our Maintenance & Protection service is designed to keep your floors looking flawless for years to come. We offer expert cleaning, polishing, and conditioning to restore the natural shine and ensure that your floors stay in top condition. Our team uses only the best products and techniques to prevent damage from wear, spills, and scratches. We also provide custom protection plans to suit the specific needs of your home or business. Whether you need routine maintenance or a protective coat to guard against future damage, our skilled professionals are here to help. Trust Atlantic Hardwood Flooring to extend the life of your floors with our comprehensive maintenance and protection services, so you can enjoy the elegance of your hardwood flooring for many years to come. Let us keep your floors beautiful and durable with our trusted expertise.
Protect your flooring investment with Atlantic Hardwood Flooring’s professional maintenance and protection services in Santa Monica, CA. We help preserve the beauty, durability, and integrity of your hardwood flooring through regular care, deep cleaning, and custom protection plans. If you’re looking for the best wood flooring services near me, we offer everything you need to keep your surfaces in perfect condition.
Our services include re-coating, sealant applications, scratch touch-ups, and moisture barrier solutions for all types of wood flooring, including engineered hardwood and solid hardwood installation. Searching for hardwood floor contractors near me or wood floor installation services? Our maintenance programs extend the life of your investment and prevent costly future repairs.
We’re the best hardwood floors company trusted by Santa Monica homeowners and property managers. Whether you have custom hardwood floors or standard planks, we tailor our solutions to your floor’s unique needs. Clients searching for hardwood floor installation near me or professional hardwood installation often continue working with us for long-term upkeep.
Choose Atlantic Hardwood Flooring to maintain your floors with the same care and attention used during installation. Your search for top wood flooring service ends here—with flooring that stays stunning for years to come.
Atlantic Hardwood Flooring specializes in high-quality craftsmanship, custom designs, and precision installations to bring timeless elegance to your space.


shelf: history-culture

title: Wonder woman 1984 pedro pascal maxwell lord

text:
News on director Patty Jenkins‘ Wonder Woman 1984, one again starring Gal Gadot in the title role, has been low ever since it ended production and had a tiny preview at CinemaCon. Though very little is known about the upcoming sequel, we know that it will take audiences back to a different time period and see Wonder Woman go up against Cheetah (Kristen Wiig) at the height of the Cold War. There are other characters to consider, as well. Chris Pine returns as Steve Trevor, and Connie Nielsen reprises her role as Hippolyta. And now we are learning about the character Pedro Pascal is playing.
It has been confirmed that Pascal will be playing Maxwell Lord, a villainous businessman with telepathic persuasion powers. More on the report below.
Jenkins took to Twitter to reveal that Pascal would be playing Maxwell Lord a successful businessman and head of the Chimtech Consortium. Though he appears to be a normal person on the outside, he has powers that make him very formidable. His powers allow him to telepathically influence people’s minds. He soon learns how to extend this power to those with extraordinary abilities like Superman. This made him such a threat that once he had a mental grip on Superman, Wonder Woman was forced to kill him after questioning him under the Lasso of Truth confirmed that his death was the only way to free him.
Maxwell’s other aliases have included Black King and Lord Havok.
It will be interesting to see how mind control powers will come into play when it is used on Wonder Woman. Will it work? that remains to be seen. And there really isn’t much else to say since we still know very little about the upcoming sequel. That being said, we will continue to report on it as soon as new developments come in.
Until then, Wonder Woman 1984 opens in theaters on June 5, 2020. Click right here for more on the film.


shelf: civic-law

title: The Holidays are Here!

text:
The Holidays are Here!
Insights Barbara DeMatteo · December 17, 2024
Employees are busy planning celebrations, and may also experience stress from balancing personal and professional responsibilities. Buying gifts, planning menus, meeting workplace deadlines and using unused vacation days all create challenges! This season also offers a meaningful opportunity for employers to show appreciation, encourage inclusivity, and support employee well-being.
The end of year presents an ideal opportunity for managers to acknowledge employees’ hard work and dedication. Although raises, bonuses, and holiday events are traditional ways to show appreciation, simple, meaningful recognition can boost employee morale and engagement. Employees value feeling appreciated, and these gestures can leave a lasting impact.
Open communication about year-end rewards, such as bonuses or raises, is key. Uncertainty or lack of information can create unease. Managers should always provide honest and timely feedback, and this is an opportune time to celebrate achievements and offer constructive insights for growth and plans for the future.
Holiday celebrations should emphasize the spirit of togetherness rather than specific religious traditions. Employees should be provided with clear guidelines for office decorations and food offerings to encourage an inclusive atmosphere while respecting diverse beliefs and backgrounds. It is important to consider employee preferences. For some, a gift card may be more appreciated than a mandatory party. If attendance at events is required, be mindful of wage and hour regulations, including potential overtime pay. It is important to include remote employees in celebrations, consider personalized gestures like mailed treats and virtual participation options.
When a holiday event includes alcohol, precautions should be taken to limit inappropriate behavior. If alcohol is served, it should be accompanied by food, and should never be the focus of a workplace holiday event. When it is served, addressing consumption and making arrangements for safe transportation options are critical to everyone’s safety and professionalism. Thoughtful planning can help prevent situations that might lead to uncomfortable stories the next workday. Provide guidelines on attire, that it be festive and professional to limit employees feeling uncomfortable.
Most importantly, managers should give each employee the gift of an honest, transparent conversation that is meaningful to both parties. Make it positive and make it proactive. It will go a long way in helping employees through this stressful and exciting time of year.
This summary is provided for informational purposes only and is not intended to constitute legal advice nor does it create an attorney-client relationship with Rimon, P.C. or its affiliates.


shelf: science-engineering

title: What is holy grail of batteries

text:
Imagine a world where your phone lasts for a week on a single charge, electric cars can travel thousands of miles without needing to plug in, and renewable energy is stored so efficiently that fossil fuels become a thing of the past. That's the dream driving the search for the ultimate battery.
We all know the frustrations of current battery technology. The dreaded low battery warning always seems to pop up at the worst possible moment. Electric vehicles, while increasingly popular, are still hampered by limited range and long charging times. And the intermittent nature of solar and wind power requires better energy storage solutions to ensure a reliable power grid.
The "holy grail" of batteries refers to a battery technology that possesses several key characteristics: high energy density (allowing for smaller, lighter batteries that store more energy), fast charging times (minimizing downtime), long lifespan (reducing replacement costs and environmental impact), enhanced safety (preventing fires and explosions), and the use of readily available and sustainable materials (reducing environmental impact and cost).
In essence, the quest centers around finding a battery that is powerful, efficient, safe, durable, and environmentally friendly. This perfect battery would revolutionize numerous aspects of modern life, from personal electronics to transportation and energy storage. Key areas of focus include solid-state batteries, lithium-sulfur batteries, and metal-air batteries, all vying to surpass the limitations of current lithium-ion technology.
Understanding Energy Density in the Quest
I remember a road trip I took a few years back in an electric vehicle. The scenery was breathtaking, but the constant range anxiety was a real mood killer. Every few hours, we had to detour to find a charging station, adding significant time to our journey. It really highlighted the need for batteries with higher energy density.
Energy density, measured in Watt-hours per kilogram (Wh/kg) or Watt-hours per liter (Wh/L), is a crucial metric for evaluating battery performance. It essentially determines how much energy a battery can store for a given weight or volume. A higher energy density translates to longer runtimes for portable devices, greater driving ranges for electric vehicles, and more efficient energy storage for grid-scale applications. Current lithium-ion batteries offer reasonable energy density, but they are approaching their theoretical limits. The holy grail batteries aim to break through these limitations by employing different chemistries and materials that can store significantly more energy. For instance, solid-state batteries promise a substantial increase in energy density compared to their liquid electrolyte counterparts, potentially doubling or even tripling the range of electric vehicles. Similarly, lithium-sulfur batteries have the potential to store several times more energy than lithium-ion, albeit with challenges related to cycle life and stability. The pursuit of higher energy density is not just about convenience; it's about unlocking the full potential of electric vehicles and renewable energy sources, making them more practical and accessible for everyone.
The Importance of Charging Speed
Imagine pulling up to a gas station and filling your car in just a few minutes. Now imagine waiting hours for your electric car to reach a full charge. That contrast illustrates the importance of charging speed in the quest for the ultimate battery. Fast charging is not just a convenience; it's a critical factor in the widespread adoption of electric vehicles and the seamless integration of renewable energy into our daily lives.
Current lithium-ion batteries can take anywhere from 30 minutes to several hours to fully charge, depending on the charging station and the battery capacity. This lengthy charging time can be a significant deterrent for potential EV buyers and can also strain the power grid when multiple vehicles are charging simultaneously. The holy grail batteries aim to significantly reduce charging times, ideally to just a few minutes, comparable to refueling a gasoline car. Achieving this requires advancements in battery materials, cell design, and charging infrastructure. For instance, solid-state batteries, with their solid electrolyte, offer the potential for faster ion transport and reduced resistance, enabling faster charging rates. Furthermore, advancements in battery management systems (BMS) and charging protocols are also crucial for optimizing charging speed while ensuring battery safety and longevity. Fast charging not only enhances the user experience but also makes electric vehicles more practical for long-distance travel and for use in commercial fleets. It also enables the grid to better accommodate intermittent renewable energy sources by allowing for rapid energy storage and release when needed.
A History Rooted in Myth and Innovation
The pursuit of better batteries isn't new. It stretches back to the earliest experiments with electricity and chemical reactions. Like the mythical search for the Holy Grail, this quest is filled with both breakthroughs and disappointments. From Volta's pile to the modern lithium-ion battery, each innovation has built upon the previous, bringing us closer to the ultimate goal.
The concept of a "holy grail" battery has evolved over time, reflecting advancements in technology and changing energy needs. In the early days of battery development, the focus was primarily on improving capacity and lifespan. As portable electronics became more prevalent, the emphasis shifted towards reducing size and weight. Today, with the rise of electric vehicles and renewable energy, the focus is on achieving a combination of high energy density, fast charging, long lifespan, and enhanced safety, all while using sustainable and readily available materials. The historical context of battery development highlights the iterative nature of innovation. Each generation of batteries has faced its own set of challenges, and each breakthrough has paved the way for further advancements. The search for the holy grail battery is not a single, definitive project, but rather a continuous process of refinement and discovery, driven by the ever-increasing demand for cleaner, more efficient, and more sustainable energy storage solutions. From lead-acid batteries to nickel-metal hydride and now lithium-ion, each technology has played a crucial role in shaping the modern world, and the next generation of batteries promises to be even more transformative.
The Hidden Secret: Material Science at Its Core
The secret to unlocking the potential of future batteries lies in the intricate world of material science. It's about discovering and engineering new materials that can store more energy, conduct electricity more efficiently, and withstand the rigors of repeated charging and discharging. Nanotechnology, advanced polymers, and novel electrolytes are all playing a crucial role in this revolution.
The key to achieving the characteristics of the holy grail battery lies in the discovery and optimization of new materials. This involves exploring a wide range of chemical compounds and nanostructures to identify those with the potential to store more energy, transport ions more efficiently, and exhibit greater stability and safety. For instance, solid-state electrolytes, which replace the flammable liquid electrolytes in conventional lithium-ion batteries, offer improved safety and the potential for higher energy density. Similarly, new cathode materials, such as lithium-rich metal oxides and sulfur-based compounds, promise to significantly increase energy storage capacity. Nanotechnology plays a crucial role in enhancing the performance of these materials by increasing their surface area, improving their conductivity, and controlling their morphology at the nanoscale. Computational modeling and simulations are also becoming increasingly important in the discovery and design of new battery materials, allowing researchers to predict their properties and optimize their performance before synthesizing them in the lab. The field of material science is constantly evolving, with new discoveries being made on a regular basis, pushing the boundaries of what is possible in battery technology.
Recommendations: Keep an Eye on Solid-State
If you're looking to stay informed about the cutting edge of battery technology, keep a close watch on the development of solid-state batteries. They represent a significant departure from traditional lithium-ion technology and hold the potential to address many of its limitations. Several companies are investing heavily in this area, and breakthroughs are happening at an accelerating pace.
For those interested in following the progress towards the holy grail of batteries, solid-state battery technology is a particularly promising area to watch. Solid-state batteries replace the liquid electrolyte in conventional lithium-ion batteries with a solid electrolyte, offering several advantages including improved safety, higher energy density, and faster charging times. Because solid electrolytes are non-flammable, they eliminate the risk of thermal runaway, a major safety concern with lithium-ion batteries. Furthermore, solid-state electrolytes allow for the use of high-voltage cathode materials, which can significantly increase energy density. Several companies, including Toyota, Samsung, and Quantum Scape, are investing heavily in the development of solid-state batteries, and significant progress has been made in recent years. While challenges remain in scaling up production and reducing costs, solid-state batteries are widely considered to be the most likely candidate to replace lithium-ion batteries in the long term. Keeping an eye on the latest research and development in solid-state battery technology is essential for anyone who wants to stay informed about the future of energy storage.
Deeper Dive: Different Battery Chemistries in the Running
While solid-state batteries are generating a lot of buzz, it's important to remember that other battery chemistries are also being actively researched and developed. Lithium-sulfur, metal-air, and even flow batteries offer unique advantages and potential applications. Each of these technologies faces its own set of challenges, but the diversity of approaches underscores the breadth of innovation in the field.
The pursuit of the holy grail of batteries involves a diverse range of approaches, each with its own strengths and weaknesses. Lithium-sulfur batteries, for instance, offer the potential for much higher energy density than lithium-ion batteries due to the abundance and low cost of sulfur. However, they suffer from poor cycle life and the dissolution of polysulfides into the electrolyte, which can lead to capacity fade. Metal-air batteries, such as lithium-air and zinc-air batteries, use oxygen from the air as a cathode material, resulting in extremely high theoretical energy density. However, they face challenges related to the formation of dendrites, the degradation of the air electrode, and the efficient transport of oxygen. Flow batteries, on the other hand, store energy in liquid electrolytes that are pumped through a electrochemical cell. They offer excellent scalability and long cycle life, making them suitable for grid-scale energy storage. However, they have relatively low energy density compared to lithium-ion batteries. The selection of the appropriate battery chemistry depends on the specific application and the trade-offs between various performance parameters. While solid-state batteries are currently the frontrunner for many applications, other battery chemistries may prove to be more suitable for niche applications or future energy storage needs.
Tips for Staying Informed About Battery Technology
The world of battery technology is constantly evolving, making it challenging to stay up-to-date. Follow reputable science and technology news sources, attend industry conferences (even virtually), and engage with online communities focused on energy storage. Don't be afraid to delve into scientific publications, but be sure to critically evaluate the information you find.
Keeping abreast of the rapidly evolving field of battery technology requires a proactive approach and a critical mindset. Reputable science and technology news sources, such as Nature, Science, and IEEE Spectrum, provide reliable and up-to-date information on the latest breakthroughs and trends in battery research. Attending industry conferences, such as the International Battery Seminar & Exhibit and the Advanced Automotive Battery Conference (AABC), offers opportunities to learn from leading experts, network with industry professionals, and gain insights into the commercialization of new battery technologies. Online communities, such as Reddit's r/batteries and Linked In groups focused on energy storage, provide platforms for discussion, knowledge sharing, and the exchange of ideas. While scientific publications, such as Journal of Power Sourcesand Electrochimica Acta, offer in-depth technical information, it is essential to critically evaluate the data and conclusions presented, as research findings can sometimes be preliminary or subject to interpretation. By engaging with a variety of sources and maintaining a critical perspective, you can stay informed about the advancements in battery technology and discern hype from genuine progress.
What about Graphene? Is it the Answer?
Graphene, a single layer of carbon atoms arranged in a hexagonal lattice, has garnered significant attention for its exceptional electrical conductivity, mechanical strength, and large surface area. While graphene itself isn't a battery, it can be used as a component in batteries to enhance their performance. For example, graphene can be incorporated into electrodes to improve electron transport and increase energy density. However, the cost-effective and scalable production of high-quality graphene remains a challenge.
Graphene, a two-dimensional material composed of a single layer of carbon atoms arranged in a hexagonal lattice, has attracted considerable interest in the field of battery technology due to its exceptional properties. Its high electrical conductivity, mechanical strength, and large surface area make it a promising candidate for enhancing the performance of batteries. Graphene can be incorporated into electrodes to improve electron transport, increase energy density, and enhance cycle life. For example, graphene-based conductive additives can replace conventional carbon black in lithium-ion battery electrodes, reducing internal resistance and improving rate capability. Graphene coatings can also be applied to current collectors to prevent corrosion and improve adhesion. However, the cost-effective and scalable production of high-quality graphene remains a significant challenge. Furthermore, the dispersion and integration of graphene into battery electrodes can be difficult, leading to inconsistent performance. While graphene holds great potential for improving battery performance, it is not a panacea. The successful implementation of graphene in batteries requires careful optimization of its properties, processing techniques, and integration strategies.
Fun Facts: Battery History is Full of Surprises
Did you know that the first battery was invented by Alessandro Volta in 1800? Or that early batteries were often made with exotic materials like zinc and silver? The history of battery development is full of fascinating stories and unexpected discoveries. It’s a testament to human ingenuity and our relentless pursuit of better energy storage.
The history of battery development is replete with fascinating stories and unexpected discoveries, reflecting the ingenuity and persistence of scientists and inventors throughout the ages. Alessandro Volta's invention of the voltaic pile in 1800 marked the beginning of the modern battery era, paving the way for the development of numerous electrochemical energy storage devices. Early batteries often employed exotic materials such as zinc, silver, and mercury, which were relatively expensive and environmentally hazardous. The development of the lead-acid battery in the late 19th century provided a more practical and affordable energy storage solution, which is still widely used in automobiles and other applications today. The invention of the nickel-cadmium battery in the late 20th century offered improved performance and longer cycle life compared to lead-acid batteries, but concerns about cadmium toxicity led to the development of nickel-metal hydride batteries as a more environmentally friendly alternative. The introduction of the lithium-ion battery in the early 1990s revolutionized portable electronics, offering high energy density, long cycle life, and low self-discharge. The ongoing quest for the holy grail of batteries continues to be driven by the desire for even better performance, safety, sustainability, and affordability, building upon the rich history of electrochemical energy storage.
How To: Contribute to the Battery Revolution
You don't have to be a scientist to contribute to the battery revolution. Support companies that are investing in sustainable battery technology, advocate for policies that promote renewable energy and energy storage, and educate yourself and others about the importance of battery innovation. Every little bit helps!
While the development of advanced battery technology is primarily driven by scientists, engineers, and researchers, individuals can play a significant role in contributing to the battery revolution. Supporting companies that are investing in sustainable battery technology, such as those developing solid-state batteries, lithium-sulfur batteries, or flow batteries, helps to accelerate innovation and commercialization. Advocating for policies that promote renewable energy and energy storage, such as tax incentives for electric vehicles and subsidies for grid-scale battery storage, creates a favorable environment for the adoption of cleaner energy solutions. Educating yourself and others about the importance of battery innovation, sharing information about the benefits of advanced battery technologies, and dispelling misconceptions about electric vehicles and renewable energy helps to build public support for the transition to a more sustainable energy future. Furthermore, consumers can make informed purchasing decisions by choosing products with longer battery life, opting for electric vehicles over gasoline cars, and utilizing energy storage solutions in their homes. Every individual action, however small, contributes to the collective effort to advance battery technology and create a cleaner, more sustainable energy future.
What If... We Achieve the Holy Grail of Batteries?
Imagine the possibilities! Electric vehicles would become truly mainstream, eliminating range anxiety and reducing our reliance on fossil fuels. Renewable energy sources would become more reliable and affordable, accelerating the transition to a clean energy economy. Portable electronics would last for days on a single charge, freeing us from the tyranny of the power outlet. The impact would be transformative.
The achievement of the holy grail of batteries would have far-reaching and transformative consequences across various sectors of society. Electric vehicles would become truly mainstream, overcoming range anxiety and reducing our reliance on fossil fuels. The widespread adoption of electric vehicles would significantly reduce greenhouse gas emissions, improve air quality, and mitigate climate change. Renewable energy sources, such as solar and wind power, would become more reliable and affordable, accelerating the transition to a clean energy economy. Grid-scale battery storage would enable the efficient integration of intermittent renewable energy sources into the power grid, ensuring a stable and reliable electricity supply. Portable electronics would last for days on a single charge, freeing us from the constraints of power outlets and enhancing productivity. Furthermore, advanced battery technologies could revolutionize energy storage in remote areas, providing access to electricity for communities that currently lack it. The achievement of the holy grail of batteries would not only address pressing environmental and energy challenges but also create new economic opportunities and improve the quality of life for people around the world. The societal impact would be profound and transformative, ushering in a new era of sustainable energy and technological innovation.
Listicle: Top Battery Innovations to Watch
Here's a quick list of battery innovations that are generating significant excitement:
- Solid-State Batteries: Enhanced safety and energy density.
- Lithium-Sulfur Batteries: High energy density and low cost.
- Metal-Air Batteries: Extremely high theoretical energy density.
- Flow Batteries: Long cycle life and scalability.
- Graphene-Enhanced Batteries: Improved conductivity and performance.
To provide a concise overview of the most promising battery innovations currently being developed, here is a listicle of the top battery technologies to watch:
- Solid-State Batteries: These batteries replace the liquid electrolyte in conventional lithium-ion batteries with a solid electrolyte, offering enhanced safety, higher energy density, and faster charging times.
- Lithium-Sulfur Batteries: These batteries utilize sulfur as the cathode material, which is abundant and low-cost, resulting in high energy density and potential cost savings.
- Metal-Air Batteries: These batteries use oxygen from the air as a cathode material, enabling extremely high theoretical energy density, but face challenges related to stability and reversibility.
- Flow Batteries: These batteries store energy in liquid electrolytes that are pumped through an electrochemical cell, offering long cycle life, scalability, and independent control of power and energy capacity.
- Graphene-Enhanced Batteries: These batteries incorporate graphene into electrodes to improve electron transport, increase energy density, and enhance cycle life. Each of these innovations holds significant promise for revolutionizing energy storage and addressing the limitations of current battery technology. As research and development continue, these technologies are poised to play a crucial role in shaping the future of energy storage.
Question and Answer:
Here are some common questions related to this topic:
Q: What is the biggest challenge facing battery technology today?
A: Achieving a balance between energy density, safety, lifespan, cost, and sustainability.
Q: Are solid-state batteries really safer than lithium-ion batteries?
A: Generally, yes. The solid electrolyte is non-flammable, reducing the risk of fires.
Q: How long will it take to achieve the "holy grail" of batteries?
A: It's difficult to say definitively, but many experts believe we are still several years away from widespread commercialization of truly game-changing battery technologies.
Q: What can I do to extend the life of my current batteries?
A: Avoid extreme temperatures, don't fully discharge them regularly, and use appropriate chargers.
Conclusion of what is the holy grail of batteries
The search for the ultimate battery is a complex and ongoing endeavor, driven by the ever-increasing demand for cleaner, more efficient, and more sustainable energy storage solutions. While the "holy grail" battery remains elusive, significant progress is being made on multiple fronts. From solid-state batteries to lithium-sulfur and metal-air technologies, researchers and companies around the world are pushing the boundaries of what is possible. The achievement of this goal would have a transformative impact on our lives, enabling a future powered by clean, reliable, and affordable energy. Keep following innovation and remember that even supporting the growth of companies innovating new technology help in achieving what is the holy grail of batteries


shelf: software-docs

title: Lsaz binary files

text:
Binary files are designed to provide the most control over the organization of your data for both reading and writing. However, you must know exactly how the file was written.
Opening binary files
The syntax is:
Open fileName For Binary As fileNumber
Record-length arguments are ignored.
If the file does not exist, it is created, regardless of the access type supplied to the Open statement.
Using variable-length fields
Binary files can hold variable-length records. Since you need to know the string sizes to read them, you should assign a length field to each variable-length record (each string). This is not necessary if the string is a component of a user-defined type; in this case, LotusScript® automatically assigns one.
Binary access provides a byte-by-byte view of a file. A file appears to be a continuous stream of bytes, which may or may not be alphanumeric characters.
Writing to binary files
To write to a binary file, use this Put statement:
Put fileNumber , bytePosition , variableName
Here, the bytePosition parameter is the position in the file at which to start writing. The first byte in a file is at position 1; position zero is illegal, and results in an error.
Reading from binary files
To read data from a binary file, use the following:
The Get statement reads the correct number of bytes into any variable of known length, such as a fixed-length string or an integer. For variable-length strings, the number of characters read equals the current length of the string. This will be zero for uninitialized variable-length strings so you should first set the current length to the length of the string to be read. If the string in the file is within a user-defined type, the string length was stored by LotusScript® with the string.
The Seek statement sets the byte position in an open file. The syntax is:
Seek [#] fileNumber, position
where fileNumber is the number assigned to the file when it was opened and position is the desired file position for the next read operation. In a binary file, this is a non-zero byte location. The record number in a Get statement or Put statement overrides a file position set by a Seek statement.
The Input function or the Input$ function also reads data from a binary file. The syntax is:
dataHold = Input ( numBytes , fileNumber )
where dataHold is a Variant. (If the Input$ function were used instead of the Input function, dataHold is a String.) This function reads numBytes bytes from the file and returns them in the variable dataHold.


shelf: health

title: Sat: 8AM – 5PM

text:
Sat: 8AM – 5PM
Sat: 8AM – 5PM
First Kitten Visit
Congratulations on your new kitten! We are so happy you have chosen us to care for the new member of your family! Prior to your first visit, we want to give you a heads up on what to expect and what information we need you to bring.
If you have any vaccine, deworming, or medical history for your kitten, please bring it with you. We want to know what has been done so we can plan what is needed in the future. Many kittens have worms, so even if your kitten has been dewormed, bring a fecal sample to the first visit so we can make sure there aren’t any worms to worry about.
We routinely vaccinate every kitten for feline viral rhinotracheitis, calicivirus, and pneumonitis (FVRCP). This vaccine needs to be boosted every 3-4 weeks until your kitten is 16 weeks old. The series is usually started at 8 weeks of age. All kittens receive the Rabies vaccine, usually with their last FVRCP booster.
If your kitten hasn’t already been tested for Feline Leukemia (FELV), we recommend a quick blood test run in the clinic to make sure your kitten does not have FELV. The test takes about 10 minutes.
Feline leukemia vaccination is currently recommended by the American Association of Feline Practitioners for all kittens, regardless of their lifestyle. Even though you want your kitten to be indoors only, some kittens decide they want to explore and sneak outside, putting them at risk of coming in contact with the disease, so the AAFP recommends being better safe than sorry. If at the one-year booster appointment your kitten has remained indoors only, FELV vaccine is no longer given. The initial series is two shots usually at 12 and 16 weeks.
Every kitten receives a complimentary nail trim with the first visit.
We recommend all pets are given permanent identification with a microchip. We can implant the microchip at any visit.
Finally, we offer kitten wellness and sterilization plans that offer savings on the services needed to keep your pet healthy. These plans are described in the wellness plan section of our website. You can sign up for the plans when you come in for your first visit.


shelf: finance

title: Budget 2021 latest updates from malta enterprise

text:
The Malta Chamber of SMEs proudly participated in the first crowdfunding Pitch & Go event organised by Tőkeportál,
06 June 2025
The Malta Chamber of SMEs proudly participated in the first crowdfunding Pitch & Go event...
The Malta Chamber of SMEs has come to members, immediately following the Budget 2021 announcements, with a discussion with Malta Enterprise CEO, Mr Kurt Farrugia, to shed light on a number of measures mentioned in the Budget, the idea behind them and what to expect in the coming days, weeks and months.
Below we have included the main budget highlights as well as the added value information that we have up till today.
Budget announcement: Another round of vouchers is set to be issued. The vouchers will be divided in more of an equal manner – 60 for hotels, restaurants, accommodation and 40 for retail and services.
The Voucher system will not only be relaunched but will be also wider in scope. Whilst, originally, only the businesses that were forced to close by order of the Health Authorities due to Covid, were able to register to take part in the voucher scheme, the next round will give greater opportunities for new businesses to participate since other sectors that were not ordered to close where in reality still closed as they were seeing no business at all. The voucher new voucher scheme should therefore be open to all businesses that have suffered severe loss of business during Covid.
The SME Chamber is currently in discussions with the government on the best time to re-launch the new set of vouchers.
Budget announcement: Extended till end of March 2021 and will be revamped to ensure those businesses needing the help most will be getting it.
The wage supplement will be taking a fairer assessment of how businesses were impacted by the pandemic. The government will therefore be moving away from the nace code system and assessing actual impact. One way being discussed is to calculate the impact of the reduction based on change in turnover year on year. It is still unsure which type of business return or otherwise will be utilised but the ultimate aim is to ensure that those businesses hit the worst by the pandemic get the best in terms of aid and others will get an amounts that is relative to their impact.
The new Wage Supplement will not add any bureaucracy to businesses and will also be worked in a way to make it easy for Malta Enterprise to evaluate. Any changes put in place in the Wage Supplement will be discussed with the Chamber of SMEs as social partner.
Apart from being extended till end of March, there will also be a possibility to integrate new employees on the wage supplement. The mechanics and eligibility of this is still being discussed.
Budget announcement: Malta Enterprise to issue a scheme targeted at productive investment. This scheme will be open to businesses employing less than 50 employees that choose to embark on innovative projects including tech investments to improve their operation in terms of efficiency and cost, assistance in finding new markets and employing qualified employees. The scheme will be open for a duration of 1 year and will finance 50% of the investment up to Eur 200,000. The aid will increase by an additional Eur 35,000 if the investment is carried out in collaboration with a research institute.
In terms of how to calculate the 50 employees, the likelihood is that companies will be taken individually in terms of the calculation and not altogether as a group.
Mainly targeted at the manufacturing sector to regenerate and reinvent business functioning through innovative systems and upgrades. This includes Industry 4.0 and the Internet of Things, increase sustainability, coming up with a new product, investing in new IT systems, etc.
Budget Announcement: Help for businesses selling online and amalgamation with distribution systems.
A wider scheme in terms of targeted business audience that will continue supporting businesses to have access to the different tools necessary to successfully sell online.
Budget Announcement: €450M for the coming 7 years for new spaces for businesses – Including spaces for SMEs and new Logistics Hub
Capital expenditure in new industrial spaces to ensure we have enough industrial capacity so that industry finds the physical space they need. These are not office spaces – which are abundantly available, but state-of-the-art business incubation areas for innovative local and foreign businesses in life-sciences and the digital sphere.
Malta Enterprise CEO Kurt Farrugia also mentioned the increased importance and potential he is seeing in nearshoring and the increased focus on forming our own new ideas at local level and supporting indigenous Maltese businesses to grow. Mr Farrugia emphasised on the need to lower our country’s reliance on Chinese and South Asian imports. Instead Malta Enterprise will be supporting tapping into new markets of great potential to export which certainly includes Africa.
The Malta Chamber of SMEs represents over 7,000 members from over 90 different sectors which in their majority are either small or medium sized companies, and such issues like the one we're experiencing right now, it's important to be united. Malta Chamber of SMEs offers a number of different services tailored to its members' individual requirements' and necessities. These range from general services offered to all members to more individual & bespoke services catered for specific requirements.
A membership with Malta Chamber of SMEs will guarantee that you are constantly updated and informed with different opportunities which will directly benefit your business and help you grow. It also entails you to a number of services which in their majority are free of charge and offered exclusively to its members (in their majority all free of charge).


title: Can online learning revolutionize education sector

text:
The current education has been through various reforms to adjust itself to the growing demand. In this technological era, several constraints of the traditional education system can be easily overcome with the different technology tools.
One of the results of technological advancement in the education system is online learning. Online learning refers to a type of learning where internet is used as a learning platform. In the recent years, online learning has become extremely common but, can it revolutionize the education sector? In this article, some of the advantages of online learning are given which can help to understand why online learning is beneficial to the education sector.
One of the biggest advantages of the internet is that it has made information easily available to the masses. Individuals can access any piece of information from the internet at any time and from anywhere in the world. This has helped the students a lot as they no longer need to pile up their doubts. For example, if a student gets a doubt in VSEPR Theory or Ohm’s law, can easily clear their doubts instantly using the internet.
- Cost & Flexibility
With online learning, any individual can learn anything and everything from the internet at a very low cost. Students can now do any course using their digital devices from the web. An added advantage of online courses is that they are flexible i.e. learners can learn whenever they are free or on-the-go.
- Personalized Learning
Most of the online education platforms now use adaptive technology and cloud computing to personalize the learning experience of the learners. With adaptive technology, the contents can be personalized according to individual needs and a detailed performance analysis can be generated to help the students analyze their performance in a better way.
- Visualized Learning
In online courses, 3D animated videos are often used to help the students understand and visualize the concepts better. With proper visualization, students can easily have a deeper understanding of the topics and be able to retain the concepts for longer. Topics like trigonometry, electrolysis, Rutherford Atomic Model, etc. can be understood a lot easily if the concepts are visualized.
These were the main benefits that online learning has on the learning process. Apart from these, many online learning platforms also integrated simulations, educational games and tests to keep the students engaged, have a better understanding and know their preparation level. With all these benefits, online learning can surely revolutionize the education sector in the near future.
To know how technology tools that are used in online learning make learning more effective, engaging and interactive, subscribe to BYJU’S YouTube channel.


title: Crochet gold front loop chevron blanket

text:
This Crochet Gold Front Loop Chevron Blanket took a long time to make. I’m just going to be honest right up front! It took a lot of patience to make each stitch into the front loop of each single crochet. So if you need a project to really practice your ability to endure to the end, this one is for you!
As I neared the end, however, I was just so in love with the result. Even my husband has said this blanket is incredibly beautiful when finished, so that’s saying something.
I was inspired to make this after I saw my daughter Hannah’s front loop chevron done in white with pink stripes.
I was so curious to see what it would look like in the opposite colors so I chose Gold from Caron Simply Soft and paired it with White.
The only thing that is tricky about this blanket is the counting, so if you’ve never done a chevron blanket before you may want to check out this video. I’ll do my best to explain everything in the pattern below, but I know sometimes it helps to get a visual before you get started!
And if you still are having trouble with the counting, I feel your pain! It took me several attempts before I understood how a chevron pattern works. So hang in there, it eventually comes, but I cannot emphasize enough the importance of working up a practice swatch and learning the stitch before chaining a long chain and then going for it. It will be worth your time.
One more thing we need to discuss is the weaving in of the ends. There will be a considerable amount, about an hours worth, so put on a good movie. Because I use only one white row and alternate with one gold row, there is not a way to carry the yarn up the side. You have to cut the yarn after each color change. But, beauty is worth the extra time, yes?
Caron Simply Soft (100% acrylic, 170 g/6 oz, 288 m/315 yds)
3 skeins Gold, 1 skein White
Size I/5.5 mm hook, scissors, tapestry needle
Finished size 32 in x 34 in
Single Crochet (SC): Insert your hook, yarn over (YO) and pull up a loop, YO and pull through both loops on your hook.
Chain 177 in Gold. (If you’d like to make your blanket bigger or smaller, the pattern repeat is any multiple of 29 plus 3. So multiply the number of peaks you want by 29, then add 3.)
Row 1: In the second chain from the hook and the next chain, SC2TOG (insert your hook into the first chain, pull up a loop, insert your hook into the next chain, pull up a loop, yarn over and pull through all loops on your hook).
*SC in the next 13 chains, work 3 SC into the next chain, SC in the next 13 chains, skip 2 chains. Repeat from *. After you have worked the last 13 chains, you should have two extra. SC2TOG these last two stitches. Chain 1 and turn.
Row 2: Now, start the next row by SC2TOG, inserting your hook into the front loops only. (From now on you will always be working only into the front loop.) *Then work 13 SC, work 3 SC into the next stitch (this should be the middle stitch of the 3 SC you did in the row before), work 13 SC, skip two stitches at the bottom for the valley, and repeat from *. After you have worked the last 13 chains, you should have two extra. SC2TOG these last two stitches. Chain 1 and turn.
Repeat row 2 for the remainder of the blanket. Always remember to SC2TOG when you end a row, and start a row. Always skip two stitches for a valley, always work 13 up each side. Always work 3 SC into one stitch for the peak. Always chain 1 and turn.
Now, here is how to work the color changes:
Start with 9 rows of Gold, then alternate 1 row White and 1 row Gold a total of five times. Work 9 rows of Gold in between the alternating White and Gold rows. When you reach your desired length, end with 9 rows of Gold. I had 5 sections of alternating color for the size I made.
When you are changing colors, you want to pull through with the new color just before you finish the SC2TOG at the end of the row (you should have 3 loops on your hook when you pull through.) Then you’ll cut the yarn of the first color, leaving a tail long enough to weave in later.
When you finish your blanket, tie off and weave in all your ends with a tapestry needle. If you’re not sure how to weave in ends, here is a quick video you can watch!
For the border, I just worked 1 row of SC in Gold around the outside of the blanket.
To do this, pull up a loop in any corner and chain 1. SC in each stitch on the sides, and on the ends work 3 SCs into the peaks and skip the two stitches of the valleys, just as you did when working the regular pattern. Work 3 SCs into each of the corners of the blanket.
When you reach the corner you started with, slip stitch into the corner and tie off and weave that end in.
After I finished my blanket I laid it out flat and used a spray bottle to get it wet with water and smoothed out all the sides to block it before letting it dry overnight. It’s normal to have the sides of the blanket curl in on you, but blocking the blanket will smooth everything out. (see picture above)
Thank you so much for coming to read this pattern; I hope you enjoy making your chevron blanket! When you’re finished, please come share a picture with us on Facebook or Instagram using #daisyfarmcrafts, we’d love to see!
If you need more help, come and ask a question in the Daisy Farm Crafters group on Facebook! We’ve created a space for crocheters that make Daisy Farm projects. Come and share your finished project there too! It’s really fun to see all the different colors that have been used.


title: Michael collins film neil jordan

text:
The director of the 1996 film Michael Collins has spoken about the re-release of the movie 20 years after it was first made.
Neil Jordan was speaking to joe.ie about the iconic film based on the life of Irish leader Collins.
He spoke about the impact the movie had on the country, and how excited he is that it is now being re-released and also made available on Blu-Ray for the first time.
Michael Collins starred Liam Neeson in the title role, with Julia Roberts, Aidan Quinn and Alan Rickman in supporting roles.
Jordan was the man in the director’s chair and looked back on the recording of the movie. He admitted he was surprised by some criticism it received on its original release from academics and historians unhappy with some historical inaccuracies.
However, Jordan said he is pleased the film is now being made accessible to a new generation and is keen to see how it will be received second time around.
He talked about the disruption it caused to the city of Dublin, and he is grateful for the co-operation of the authorities and also the public.
He said: “We disturbed the traffic on successive weekends, we must have made people’s lives hell. For one sequence, the sequence where Collins finally used artillery against his own comrades in the Four Courts.
“We literally had to close the entire of Dublin right from the Ha’penny Bridge right down to the Phoenix Park, as far as the eye could see. And it was a summer’s day and the traffic was backed up but no-one ever complained to me.
“We had to actually give a good account of the city as we could. I’m so glad we didn’t have CGI because GGI just tells lies.”
The interviewer then asks Jordan that if he was to re-make the movie today who would he cast as Michael Collins. You will have to watch the video to see who he said.


title: Saleh al mishri meet in cairo for libyan elections

text:
In a fresh bid to reach a consensus on a constitutional rule allowing general elections to go ahead, Libya’s parliamentary speakers Aguila Saleh and Khalid al-Mishri meet in the Egyptian capital on Thursday.
Libyan media reported that the meeting will discuss a number of important issues, foremost among them the “constitutional base”, sovereign positions, and the unification of executive authority, at the invitation of the Egyptian National Committee on the Libyan issue.
The same sources confirmed that the presidents of the Council of Representatives and the Supreme Council of the State arrived in the Egyptian capital on Wednesday and held consultations separately with Egyptian officials in the committee concerned with the file, in preparation for the meetings that will start today in one of the hotels of Greater Cairo, under the auspices of the United Nations mission to Libya. The meeting aims to agree on the constitutional base and the election law, and will discuss the governmental situation.
The elections file is the most complicated in Libya, and so far there has been no consensus among the political parties because of disagreements over the conditions of running for the presidential race, which was a main reason behind the collapse of the plan of the last elections, which was scheduled for December 2021.
The last meeting between Saleh and al-Mishri took place in Morocco in October of last year, during which they agreed on unifying the executive authority and appointing holders of sovereign positions.
Meanwhile, an international diplomatic push is underway to restore momentum to Libya’s electoral process, led by U.N. envoy Abdoulaye Bathili, who in all meetings with the parties has emphasized “the primacy of the elections in 2023.”
Speaking at the Cabinet meeting on Monday, Prime Minister of National Unity Abdul Hamid Dbeibeh accused Speaker of the House of Representatives Aguila Saleh and President of the Supreme Council of State Khalid al-Mishri of shirking their responsibilities and of depriving 800,000 voters of their electoral right on December 24, 2021, confirming that 2023 will be the year of elections.


title: By Kyle Proffitt

text:
By Kyle Proffitt
January 13, 2025 | The 2024 Advanced Automotive Battery Conference was held December 9-12 in Las Vegas and included a range of speakers dedicated to topics influencing batteries in EVs. GM, Ford, and Redwood Materials shared perspectives on reducing EV costs, improving charging infrastructure, enabling vehicle-to-grid charging, and moving to local supply chains supported by recycled materials.
Colin Campbell, CTO of Redwood Materials, discussed efforts to close the loop on batteries with recycling right here in the United States. Previously, Campbell spent over 16 years at Tesla in various roles up through VP of Powertrain Engineering. He was pleased with industry progress around batteries and EVs, but in the back of his mind, he knew something needed to be done to reduce the material costs and responsibly dispose of used batteries. He said this industry just did not exist, but then Redwood’s founder and CEO JB Straubel shared his vision, and Campbell was excited to join.
A primary goal for Redwood is reducing material costs, so it made sense to look at the most expensive component, the cathode active material. “It contains all of the critical metals” and “makes up nearly half the cost of the cell,” Campbell said. Preparing that cathode correctly is pivotal to the success of the entire EV idea, Campbell says. “The microstructure is super critical to the range, the performance, the durability, and the safety and the cost of the vehicles, and no one is producing it at scale in the U.S. today,” he said. Based on this analysis, Redwood intends to produce cathode active material from recycled batteries.
Collapsed Supply Chain
Another factor in the cost of batteries, Campbell says, is the sheer length and complexity of the supply chain. “If you were to follow an atom of nickel out of the mine through all of the various processing steps to the EV that you’re parking in your driveway, it would travel more than 50,000 miles to get there,” he said. “Our goal is to collapse this entire supply chain onto a single site.”
Campbell focused on Redwood’s Tahoe site outside Reno, Nevada, a sprawling 300-acre campus with plans to occupy 5.5 million square feet. Campbell showed aerial video and images, with 2 GWh of end-of-life batteries arranged in neat stacks and rows in a giant field, waiting to find new life. The entire site, Campbell said, is about ¾ of a mile, end to end.
Recycling has a lot of different meanings, Campbell says, but “at Redwood, we really wanted to mean taking old batteries, all-comers, every shape, every size, and transforming them through all of the steps to a fresh cathode active material that we can sell to a battery maker.” He says they get everything from “giant utility-scale energy storage packs, buckets of wireless headphones, boxes of bare cells, and obviously tons of EV packs.”
To process these varying cell types, Redwood has a one-size-fits-all approach. “We’ve developed a process that we’re quite proud of, which is this reductive calcination process,” Campbell said. “It doesn’t require any disassembly of the cells, doesn’t require any discharge, and it is powered by residual energy that is contained in the cells.”
“The output of that calcination process we then feed into a hydrometallurgy flow sheet; its main function is to separate the critical metals from each other… and refine them and prepare them for entry in the cathode synthesis flow stream,” he said. The next step should be for these metals to go into cathode active material, but the facility where this will take place is still under construction. That was all part of the plan, though, as the intermediate materials already have value. “We’ve had north of $200 million of revenue this year selling these intermediate products; that is allowing us to bootstrap and really operate and get to scale quickly before the entire change is complete,” Campbell said. Because of the size of their operation and this supply of intermediate materials, Campbell says you could call Redwood the first nickel “mine” to open in the US in a decade, and also the only commercial-scale supply of lithium in the US in decades. And while he believes we will need mines for a while to support the growing electrification, he added that “it’s way faster to build these recycling facilities than to open a mine,” roughly 2 vs. 10 years.
Recycling vs Mining
Redwood worked with a group at Stanford to perform a full life cycle analysis of their process compared to refining virgin metal ore. This study showed (DOI: 10.2139/ssrn.4309094) that their process is “five times less resource intensive than digging things out of the ground” in terms of energy and water use and CO2 production. Campbell highlighted that while they use water in their process, they are a “zero liquid discharge operation” with nothing going to the drain or being picked up for treatment or disposal elsewhere. Referring back to Kelty’s discussion of break-even time for EVs in CO2 emissions, Campbell says that their work in reducing the CO2 emissions related to battery manufacture will have a very significant impact on how soon in their lifetime EVs are better on this metric.
According to Campbell, a key to the future success of this venture is putting everything in one place. It “really opens up interesting opportunities for integrating processing steps.” For instance, they discovered that wastewater from the cathode manufacturing process could just be sent “back up the hill to the hydrometallurgy plant”, where they are already processing lithium-containing water. These little “nested loops of circularity” that increase efficiencies only appeared when everything was at a single site.
In the meantime, business is booming. At the Tahoe site, “we are today recycling 20 GWh a year of battery materials,” Campbell said, but they plan to produce 20 GWh of high-nickel cathode by 2026 and to scale from there to 100 GWh/year—enough to power 1.3 million EVs.


tier: polar

text:
Create your first automation in just a few minutes.Try Studio Web →
by Thales Trusted Cyber Technologies
Thales TCT’s Luna Vault feature of the Luna Credential System provides FIPS-validated, hardware-based storage for the sensitive data in an Orchestrator Credential Store.
THE PROBLEM TO BE SOLVED
UiPath Orchestrator stores Robot login credentials and workflow process Assets in a Credential Store that by default uses Orchestrator’s internal software database for storage. By utilizing the Luna Vault feature of Thales TCT’s Luna Credential System (LCS), this highly sensitive data can be stored in a FIPS 140-2 Level 3 hardware security module (HSM) providing optimal security.
HOW IT WORKS
Orchestrator enables the creation of Credential Stores using other storage medium by virtue of loading library plugins. By loading the LCS Luna Vault Plugin, LCS implementers can direct the Credential Store to use the highly secure Luna Credential HSM as its default storage location. With the inherent access control mechanisms implemented by LCS, only the Orchestrator machine can access the data stored within the HSM. In High-Density Robot environments, where Windows Remote Desktop is used, Luna Vault can provide HSM storage for the Robots’ login credentials, thus providing highly secure, hardware-based protection.
THE LUNA CREDENTIAL SYSTEM
Luna Vault is an optional feature of the core Luna Credential System that also enables UiPath’s RPA to utilize the HSM for Public Key Infrastructure (PKI) multi-factor authentication using Windows Logon. In this use case, the HSM replaces smart cards as the hardware storage mechanism for PKI credentials, thus enabling Unattended Robots to meet the multi-factor authentication requirements of the U.S. Federal Government. As an optional feature that can be enabled in this environment, Luna Vault can also provide hardware protection of the Robots' credential password and workflow process Assets in addition to the PKI credentials.
The Luna Credential System for the Luna Vault is comprised of the following LCS components:
The Luna Credential System must be purchased from Thales TCT.
November 5, 2021Works with
Studio: 19.10 - 22.10
Phone: +1 (866) 307-7233
Link: https://www.thalestct.com/support/customer-support.htmlOur fully U.S.-based technical support experts provide our customers with a variety of services including troubleshooting, problem resolutions, and recovery advice. Additionally, customers can rely on our technical support team to help them maintain their products at the latest level of functionality.


text:
Rejuvenate Your Skin with Our Signature Facial in Melbourne
Complexion Skin Clinic provides signature facials for a uniquely pleasant experience. Our facial service is planned to meticulously care for and pamper your skin for long-lasting results. With our skincare treatment, we want to restore the radiance of your skin to give it a brighter look. No matter what your skin type is or your specific concerns, we are always here to discuss your skincare goals and create a tailored plan. Book an appointment with us to find out more.
Signature Facial Treatment
If you want to make your skin look and feel great, you should not miss out on our signature facial. Our facial treatment leaves your skin thoroughly cleansed and glowing. It removed the dead skin cells for an even skin tone and radiant complexion. Our facial treatment also works to remove fine lines and makes you feel truly pampered.
Find Out More About Our Signature Facial
Our signature facial offers an unmatched experience that we have perfected over the years. The results of our treatment last longer, you can even consider pairing it with our other offerings. We want our clients to have a blissful experience and make the skin appear luminous. Our facial is carried out by experienced practitioners and we make use of expertly selected products to suit your skin needs.
Our approach towards skincare is holistic and designed to give you flawless and vibrant skin. If you are keen to experience the magic of our facial to keep your skin looking young and healthy, get in touch with us. We are here to give you that pampered feeling.
For any questions, feel free to get in touch with us. We will be happy to answer your questions.


title: Factact

text:
Laws & Notices
The identity theft rights summary includes the major new identity theft rights granted to consumers by FACTA, including the right to place fraud alerts on their credit reports, to block businesses and credit bureaus from reporting information in their credit files that is a result of identity theft, and to obtain from businesses information about accounts or transactions in their name that result from identity theft. The identity theft rights summary will be provided by consumer reporting companies to consumers who contact the agencies because they believe they are victims of fraud or identity theft.
The general consumer rights summary includes, among other things, consumers' right to see their credit files and know when they have been used against them, to correct inaccuracies, and to opt-out of unsolicited offers. The summary also notes that, in addition to identity theft victims, active duty military personnel have additional rights under the FCRA and FACTA. This general summary of rights updates the current summary, which credit reporting companies provide to consumers with their credit reports. The furnisher and user notices explain to businesses their duties under the FCRA.
The FTC received 50 comments from individuals, businesses, and associations. In response to these comments, the Commission has made some changes to the proposed summaries and notices it issued in July 2004, including: (1) the addition of a Spanish-language statement at the top of the summary of rights indicating where Spanish-speaking consumers may go to obtain more information in Spanish; (2) clarification that a consumer must contact the nationwide consumer reporting companies to request that a fraud alert be placed on his or her credit file, and that the initial alert remains in a consumer's file for at least 90 days; and (3) clarification that a consumer may request that a consumer reporting company block any information, not just account information, in the consumer's file if the information is the result of identity theft.
The FTC vote to approve the final rule and the publication of the Federal Register notice was 5-0.
Summaries of Rights and Notices of Duties Under the FCRA & FACT Act: Publication of Final Guidance on Model Disclosures
Appendix E: Summary of Consumer Identity Theft Rights: Remedying the Effects of Identity Theft
Appendix F: Summary of Consumer Rights Under the FCRA
Appendix G: Notice to Furnishers of Information: Obligations of Furnishers Under the FCRA
Appendix H: Notice to Users of Consumer Reports: Obligations of Users Under the FCRA
Information subject to change without notice.


title: Are you a poor test taker heres how to do well on exams

text:
The developments in education in recent years have been phenomenal. Classrooms have gone from lecture halls to spaces that engage all types of learners. Thanks to Neil Fleming’s VARK model of Student Learning, we have now understood that students learn in different ways. So why isn’t their knowledge being assessed in different ways as well? In the meantime, we can help. For those of you who feel like a poor test taker under standard circumstances, we have some advice.
Though there is a related debate regarding this subject about standardized testing, it may be unavoidable for some. Many students are still required to take the SAT or ACT in order to gain college admission. Until the debate about the value of the testing has concluded, the tests are still there; and students still need to perform well, even if they do not take tests well.
For poor test takers, all sit-down assessments are going to be stressful. But they don’t have to be painful if you take a few precautions and do the research to get results. The first, and most daunting task for preparing your college application will be to take the SAT or ACT.
A standardized test may not be the ideal way to begin your journey towards secondary education; especially if testing is difficult for you. However, if you schedule to take three exams, some of the pressure will be removed. This is not the recommended number of exams, as most publications and educational institutions recommend no more than two times. Nonetheless, it is necessary for students that get nervous or panic when it comes to any test.
The three chances should be divided as follows: two in the junior year and one in the senior year. This will allow for time between the tests as well as a time to receive test scores and decide if another test is even necessary.
Groups like Cates Tutoring however recommend taking the test as many times as the student feels comfortable. This takes away the one chance aspect of normal testing and allows the student to know that there are more opportunities to do well in the future. The stress that is eliminated knowing that there are more chances ahead can mean being relaxed and getting a higher score as a result.
An obvious benefit is that your chances of getting a better score increase. Though this is not proven for the average student, bad test takers should certainly take advantage of the limitless attempts, though three is the maximum recommended simply based on the timetable.
The second time you take the test you will already be familiar with the test itself and the process but still have nerves, making it more emotionally like what other students would feel on their first attempt.
It will show you where you made mistakes in terms of preparation. If you had a strong score in one subject and lower scores in the others then those are the areas that should be focused on in studying. Identifying your strengths and weaknesses is key in doing better at another attempt.
Bad test takers don’t have to panic even if their three attempts resulted in lower than average scores. A recent study has shown that students with normal GPAs and a nice list of activities and a low test score will be just as successful in college as a student with the same academic record and achievements and higher test scores. In addition, there is a new trend in a few universities where they do not require students to submit their scores. Having a low test score will not ruin your chances of going to college, which is something all SAT and ACT test takers should remember, those who are good and bad at test taking alike.


title: All natural chebe repair butter for high porosity hair

text:
Our Chebe Hair Repair Butter has a rich, creamy and thick consistency to provide ample coverage and renewal for your thirsty strands. This formula allows you to work the butter through your hair from root to tip without any greasy residue left behind. With a blend of black castor oil, pure shea butter and tucuma butter; it tames frizz while providing maximum moisture retention. High porosity hair will benefit greatly from this product due to its ability to penetrate deeply into the hair shafts.
Ingredients: Tucuma Butter, Shea Butter, Pumpkin Seed Oil, Black Castor Oil, Chadian Chebe Powder, Stearic Acid, Vitamin B5, Coffee Essential Oil, Fragrance.
How To Use: Use the Cloves,Star Anise & Ginger Hair Tonic on your scalp & edges 3x a week. Apply your all natural chebe repair hair butter to your hair strands for moisture and length retention. After, seal your strands & ends with the Stimulating Ayurveda Hair Growth Oil. Apply a few drops of oil to your scalp as well and massage.
⚠TIP: Less Is Always More. Do Not Over-Use Your Products. We Don’t Want To Clog Our Pores Babes.
Key Ingredients + Why They Work
Tucuma Butter -It helps nourish the scalp, making it good for hair growth and reviving damaged hair. Tucuma butter's high fatty acid content increases the moisture levels and softness, which adds shine to the hair strands.
Shea Butter -Is filled with vitamins A and E and essential fatty acids, it can reduce dryness and prevent split ends while increasing shine and lessening frizz, reduces inflammation and irritation on the scalp—without clogging pores.
Chadian Chebe Powder - The reddish-brown powder helps reduce breakage and shedding, which in turn promotes the health of the hair and encourages its growth potential.
Pumpkin Seed Oil -The oil nourishes the hair follicle, promoting thickness and hair count. It has the ability to block androgens dihydrotestosterone (or DHT), which is what ultimately cause female- or male-pattern hair loss (also called androgenetic alopecia).
Black Castor Oil - Help promote hair growth, moisturize dry hair, strengthen thin hair, prevent hair breakage and heal and prevent split ends.
What to Expect:
Top Notes: Jasmine, Green Foliage, Quince
Middle Notes: Passionflower, Gardenia, Muguet
Base Notes: Galbanum, Vanilla, & Coconut
The Texture: Creamy & Light Weight
Makes Hair Look & Feel: Hydrated & Healthy
Good to Know: Because of the purity of these natural butters, they may melt if exposed to heat. If this occurs, store in a refrigerator for 30 minutes to 1 hour. Remove immediately and store in a cool dry place.


title: Trump and vance attack zelenskyy in remarkable oval office exchange

text:
Ukrainian President Volodymyr Zelenskyy came to Washington optimistic that signing President Donald Trump’s desired minerals deal would stabilize their relationship and keep the U.S. on his side.
Turns out he was walking into an ambush.
Trump and Vice President JD Vance both turned on the embattled wartime leader during a remarkably tense exchange in the Oval Office on Friday, accusing Zelenskyy of failing to express sufficient gratitude for U.S. involvement and overplaying what they said was a weak diplomatic hand.
“You’ve done enough talking. You’re not winning this,” Trump said, raising his voice to Zelenskyy. “You have a damn good chance of coming out okay because of us.”
The fireworks started more than 40 minutes into what had been a cordial conversation about the economic agreement the two countries planned to sign and vague assurances from Trump about the U.S. standing with Ukraine if and when its war with Russia ends.
Vance, who’d been sitting quietly, took issue with the Ukrainian president’s criticism of Russian President Vladimir Putin, who Zelenskyy referred to as a “terrorist” known for breaking his word as he pleaded for American military backing before a phalanx of TV cameras and journalists.
“I think it’s disrespectful for you to come into the Oval Office, litigating in front of the American media,” Vance told Zelenskyy. “Right now, you guys are going around and forcing conscripts to the front lines because you have manpower problems, you should be thanking the president for trying to bring an end to this conflict.”
Trump, who had earlier lauded Ukraine’s courage throughout the war and left the door open to the U.S. providing security guarantees, grew more animated as Zelenskyy tangled with Vance, who dismissed his invitation to come see the war in person as a “propaganda tour” aimed at maintaining the West’s financial support.


title: Expert

text:
We act as an adviser, expert witness, and expert determiner within the fields of outsourcing and IT. Our services support you, your legal team, and the court in asking the right questions. They are answered insightfully. Our purpose to bring clarity so supporting you in gaining early and just resolution.
Oareborough brings precision, diplomacy, confidence, and experience. A report that is credible to the court or tribunal is balanced and impartial. This duty is fulfilled with tact and patience. We are aware of the emotional effect on clients of undertaking litigation. The choice of an expert is a major decision and requires trust.
As current practitioners in service delivery, we keep up to date in emerging technologies such as AI. Context also changes, digital transformation currently being widespread. Maintaining currency is vital in the rapidly changing field of IT. We have developed requirements, written software, managed programmes, and conducted procurements. We have also operationally recovered services where they have failed.
At Oareborough, we love our work, caring for our clients as they go through what is frequently a stressful experience. We delight in interaction with leading Counsel and Solicitors and seek to avoid over-commitment. We think this approach leads to earlier and better outcomes for our clients. The engagement of an expert is a significant one that is frequently influential for the outcome of a case. It involves the commitment of a high degree of trust.
We have used our skills in IT and data science to assemble a sophisticated toolset to support the conduct of our work. We use these first to explore the evidence in the light of pleaded issues, then to explain the findings and opinion simply to clients, the legal team and the court.
Our experience includes delivering some of the world’s largest IT services, major applications delivery, and business process outsourcing (BPO). We have acted for parties in multiple countries, tribunals and courts.


title: The Wizardry of Induction PCBs

text:
The Wizardry of Induction PCBs
This Production Is Amazing -: Induction Circuit Boards! If you think about it, we can now stop worrying that our phones are charging with no wires needed for connecting to these boars which function through witchcraft on electromagnetic fields just as Hogwarts is only in the Harry Potter Movies.
User-friendly Design: never worry about messy ropes, and it is no longer difficult to find a charging port. Charging becomes a swift and easy process due to the induction circuit boards.
THE ALL TIME DURABLE BOARDS - BUOLI produces boards that are guaranteed to outlast even the most robust of traditional chargers and will have your devices charging throughout their life.
Superior Energy Efficiency - When it comes to high-speed power efficiency, induction boards are in a league of their own. They deliver a fast and optimal charge with intelligent engineering to keep your devices powered up in the least amount of time.
With no cords to power, you will save on electricity and avoid the risk of electric shocks as well as other accidents. The security of the everyone is considered in manufacturing induction circuit boards.
These flexible circuit boards will be able to fit into any number of devices, whether that means a smartphone or an electric vehicle.
Induction circuit boards can be used for purposes other than a wireless charger. They are changing the way we understand technology, making it flexible and secure. These boards are an important factor for efficient in-battery-charging solutions that the automotive charging of today and The IVT's tommorrow demand.
Hangzhou Hezhan Technology Co., Ltd. was established in 2009 and boasts an impressive manufacturing facility covering 6000 square meters, which is equipped with cleanrooms made for electronic manufacturing. company specialized in electronic surface mounting and relied on its extensive knowledge of the industry to provide clients with a one-stop PCBA.About 150 employees are employed by company, including an assembly line with around 100 Induction circuit board, an R D team of around 50, sales team along with a management staff, and an OEM division that is special. With annual sales revenues nearing 50 million yuan, Hezhan Technology experienced substantial growth in recent years, maintaining the rate of compound annual growth of more than 50% over the last three years, evidence of a strong expansion phase.
We're aimed at Induction circuit board a stronger dedication to our customers to quality and services for your PCBA One-stop delivery needs. The SMT mounting is highly precise and rigorous quality inspection packaging, towards the capabilities of DIP plugin processing, and PCBA testing being a crucial measure to ensure production and delivery quality. FCT testing products is made and tested to generally meet consumer created evaluating points, programs, and steps. Each ring strictly adheres into the product quality requirements and this can be highest in the world, making sure the product try of both exemplary performance and long-term durability.
We're a PCBA rapid-delivery solution provider that redefines Induction circuit board speed. orders that standard we have streamlined manufacturing processes improved supply chain management, reducing the duration of delivery for batches by a whopping 10 days, significantly outpacing industry standards. In recognition of urgent requirements, we pioneered the express service for small-scale orders, with a turnaround time of only 72 hours. ensures your projects are able to move quickly and benefit of opportunities in the market.
We are aware of the specific needs of each Induction circuit board, so, when we offer the single-stop delivery services offered by PCBA we give great importance to the core value of "customized customer service". We offer exclusive one-on-one expert consulting services to ensure every customer can receive tailored solutions. From concept exploration through specific confirmation of specifications for technical requirements Our expert team works closely, listens to the needs of customers, flexible adapts processes for service and is able to accurately match various requirements for projects from simple to complex with innovation and technical strength.
Picture a planet where they could save precious energy and eliminate pesky wires by getting rid of all but one wire from an induction circuit board delivering power to a medical implant, or free robots on production lines using induction interconnects instead-of restrictive cables. The possibilities are endless leading to a world where technology changes the way we live in ways that we just may not be able to comprehend because our minds are too small.
We are not only taking on induction circuit boards, but we are also at the same time building a world which is convenient and efficient. We can only wonder at what these boards are capable of and where they could take us in the future.


title: The Power of a LAMP Server

text:
The Power of a LAMP Server
A LAMP server is a powerful tool for hosting a website, running database applications, and much more. A LAMP server is essentially a combination of open-source software, including:
- Linux, the operating system
- Apache, a popular web server software
- MySQL, a database management system
- PHP, a popular scripting language for web development
Together, these tools give you a versatile, scalable platform for developing and running web applications of all kinds. In this article, we’ll take you through the process of building a LAMP server on Ubuntu 16.04, step-by-step.
Building a LAMP Server on Ubuntu 16.04: Step-by-Step
Step 1: Install Ubuntu 16.04
The first step in building a LAMP server is to install Ubuntu 16.04. This is a straightforward process: just follow the instructions on the Ubuntu website, and you should be up and running in no time.
Step 2: Update Your System
Once you’ve installed Ubuntu 16.04, the next step is to update your system. This will ensure that you have the latest security patches and bug fixes, and help ensure that your server runs smoothly.
To update your system, open a terminal window and type:
sudo apt-get update |
Updates Ubuntu’s package index |
sudo apt-get upgrade |
Upgrades all installed packages to their latest versions |
Step 3: Install Apache
The next step is to install Apache, the web server software. To install Apache, open a terminal window and type:
sudo apt-get install apache2 |
Installs Apache |
Once Apache is installed, you should be able to access the default Apache page by pointing your web browser to http://localhost
Step 4: Install MySQL
The next step is to install MySQL, the database management system. To install MySQL, open a terminal window and type:
sudo apt-get install mysql-server |
Installs MySQL |
During the installation process, you will be prompted to set a root password. Be sure to choose a strong password and keep it safe.
Step 5: Install PHP
The final step is to install PHP, the scripting language used in many web applications. To install PHP, open a terminal window and type:
sudo apt-get install php libapache2-mod-php php-mysql |
Installs PHP and its modules |
Once PHP is installed, you can test your LAMP server by creating a simple PHP script. Create a file called test.php
in Apache’s default document root (/var/www/html
) with the following contents:
Now point your web browser to http://localhost/test.php
, and you should see a page with information about your PHP installation.
Advantages and Disadvantages of a LAMP Server
There are several advantages to using a LAMP server:
- Cost-effective: All of the software included in a LAMP server is open-source, which means it’s free to use and distribute.
- Flexible: A LAMP server is highly customizable and can be used for a wide variety of web applications.
- Scalable: Because a LAMP server is built on open-source software, it’s easy to scale up or down as needed.
There are also a few disadvantages to using a LAMP server:
- Security: Because all of the software in a LAMP server is open-source, it may be more vulnerable to security threats than proprietary software.
- Support: While there are many resources available for troubleshooting and support, it can be more difficult to find help for open-source software than for commercial software.
- Complexity: Setting up and maintaining a LAMP server can be more complex than using a commercial web hosting service.
Frequently Asked Questions
What is Ubuntu 16.04?
Ubuntu 16.04 is a version of the Ubuntu Linux operating system, released in April 2016. It is a long-term support (LTS) release, which means it will be supported with security updates and bug fixes for five years.
What is a LAMP server?
A LAMP server is a combination of open-source software used for web development and hosting, including Linux, Apache, MySQL, and PHP.
Why use a LAMP server?
A LAMP server is flexible, scalable, and cost-effective. It can be used for a wide variety of web applications and can be easily customized to meet your needs.
Is a LAMP server secure?
A LAMP server can be secure if properly configured and maintained. However, because all of the software is open-source, it may be more vulnerable to security threats than proprietary software.
What are the system requirements for a LAMP server?
A LAMP server can run on a wide variety of hardware configurations, but it is recommended to have at least 1GB of RAM and 20GB of hard drive space.
Can I use a LAMP server for ecommerce applications?
Yes, a LAMP server can be used for ecommerce applications. However, you should take extra care to ensure that your site is secure and that customer data is protected.
Do I need to know how to code to use a LAMP server?
While some knowledge of programming may be helpful, it is not strictly necessary to use a LAMP server. There are many tools available for creating and managing web applications without coding.
Can I use a LAMP server for hosting multiple websites?
Yes, a LAMP server can be configured to host multiple websites. This can be done using virtual hosts, which allow you to host multiple domains on a single server.
Can I use a LAMP server for a blog?
Yes, a LAMP server is well-suited for hosting a blog. Many popular blogging platforms, such as WordPress, are built on the LAMP stack.
Can I use a LAMP server for a content management system (CMS)?
Yes, many popular content management systems, such as Drupal and Joomla, are built on the LAMP stack.
How do I back up my LAMP server?
There are many tools available for backing up a LAMP server, including command-line utilities like tar
and GUI tools like rsync
. It’s important to have a backup strategy in place to protect your data in case of hardware failure, human error, or other calamities.
How do I secure my LAMP server?
There are many steps you can take to secure your LAMP server, including:
- Keeping your software up-to-date
- Using strong passwords
- Limiting access to your server
- Using SSL/TLS encryption
What is SSL/TLS encryption?
SSL/TLS encryption is a protocol that encrypts data sent between a web server and a web browser, preventing eavesdropping and tampering. SSL/TLS is commonly used to secure online transactions, such as ecommerce purchases and online banking.
Do I need to install a firewall on my LAMP server?
It is recommended to install a firewall on your LAMP server to help protect against unauthorized access. Ubuntu comes with a built-in firewall called ufw
, which can be configured using the ufw
Building a LAMP server on Ubuntu 16.04 can be a challenging but rewarding experience. With this powerful tool, you can develop and host a wide variety of web applications, customize your server to meet your specific needs, and take advantage of the flexibility and scalability of open-source software.
If you’re a developer, a webmaster, or just someone interested in learning more about web development, we encourage you to give the LAMP stack a try. With the right tools and the right mindset, you can build amazing things!
Thanks for reading, and happy hosting!
The information provided in this article is provided “as is” without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, completeness, legality, or reliability of the information contained herein. You should always consult with a qualified professional before making any decisions based on the information provided in this article.


title: Covid 19 update

text:
We are following directives from the Centers for Disease Control and Prevention (CDC), as well as guidelines and mandates from State and Federal Agencies, as a way to limit patient and staff exposure to this virus.
No patient is permitted to enter the office without a temperature check by our clinical staff at the door.
Patients health and the health of our team is a priority, so patients will have to answer the following questions when confirming appointments:
Do you have a fever, cough, shortness of breath? If yes, when did the symptom(s) start? Patient must be without symptoms for three weeks before being allowed in the office.
Have you been diagnosed with Covid-19? If yes, when was the initial diagnosis? When were the last symptoms? Patient can be seen in the office three weeks after last symptoms.
Have you been in contact with anyone who has been diagnosed with COVID-19? When was the last contact you had with this person? Patient can be seen in the office three weeks after last contact with COVID-19 patient.
If a patient is symptomatic, been in contact with someone diagnosed with COVID-19, has not met the three week period and must be seen in the office, the patient MUST wear a face covering and gloves. The provider will wear PPE and escort the patient from the door to an exam room. Front desk personnel will not interact with patient. Front desk personnel will wear masks and gloves. The exam room will be completely sanitized after the patient leaves.
Only actual patient will be permitted in the office. Anyone else must wait outside the office, no one is permitted to sit in the waiting room or use the bathroom. Patients must wear a face covering, and gloves. If none is available it will be provided at the front desk.