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Spring Nationals and Coronavirus: What You Should Know – uschess.org

US Chess has three national events scheduled this spring:

2020 National High School (K-12) Championship, April 3-52020 National Junior High (K-9) Championship April 24-262020 National Elementary (K-6) Championship May 8-10

We are paying close attention to concerns about the Coronavirus (COVID-19) and taking this situation seriously. These three events, the most popular ones on our calendar, are being held as scheduled. We will keep this page updated as new information is shared by relevant authorities. We are monitoring this situation daily and will adjust plans accordingly if relevant new information becomes available.

Ive registered my child for one of these events and we no longer want to attend. Can I get a refund?

Entry fees may be refunded in full up until 11 a.m. local time on the day of the event.

What steps should our family take at the tournament site?

What should my player do if he/she gets sick during the tournament?

If your player feels sick while competing, he/she should talk to a Tournament Director. If your player is sick between rounds, you may withdraw him/her at Chess Control.

What special steps are you taking at these events to help me protect my child?

US Chess is in consultation with physicians within our community, including Ellen Whalen MD, pediatrician; as well as paying close attention to information updates from reliable public health sources. Some of the important steps we are taking include:

We also encourage families to talk to your competitor about keeping themselves and others healthy.

Where can I learn more about the Coronavirus?

US Chess consulted several authoritative sources (e.g. U.S. Centers for Disease Control (CDC), the World Health Organization (WHO), and the American Academy of Pediatrics (AAP), among others) in creating this resource page. Follow the links below for more information.

https://www.cdc.gov/coronavirus/2019-ncov/downloads/2019-ncov-factsheet.pdfhttps://www.who.int/emergencies/diseases/novel-coronavirus-2019/advice-for-publichttps://www.aappublications.org/news/2020/02/28/coronavirus022820

How can I stay up-to-date on US Chess plans?

See the event websites (links at the beginning of this article) for the most current event information. This FAQ document will also be updated as needed.

Revised March 4, 2020

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Chess Heights holds tournament in five states – The Punch

Chess Heights, a leisure community for professional and semi-professional chess players, has said that it would hold its monthly tournament in four Nigerian states; Lagos, Kwara, Ogun, Ondo and the Federal Capital Territory, Abuja.

This was contained in a statement signed by the management of the club on Tuesday.

Established in January 2010 with the aim of cultivating thinking culture in Nigeria, thereby developing peoples ability to proffer solutions to the day-to-day challenges that confront them while providing healthy fun, Chess Heights management said more states would join the hosting soon to avail more Nigerians the opportunities the club provides.

It said, Chess Heights Abuja Monthly will hold at Zalika Gardens, Area 2, Abuja this Saturday by 9:00am.

Chess Heights Lagos Monthly will hold at Maxton Suites, 50 Ajose Street, Mende, Maryland also this Saturday, March 7 by 9:30am.

Chess Heights Kwara Monthly will hold at Ilorin Sports Stadium, Taiwo as usual this Saturday, March 7 by 9:00am.

Chess Heights Ogun Monthly will hold at FUNAAB Sports Centre, Alabata Road, Off Abeokuta Ibadan Express Way by 9:00am also this Saturday March 7.

Finally for March, Chess Heights Ondo Monthly will hold at Solton International Hotel, Ijapo Estate, Akure also Saturday March 7 but by 10:00am.

The club said this months tournament promises memorable fun as top players including Oluwadara Adegbayi, Michael Ijish, Obioma Onuoha, Udeme Edet, Dapo Adeoti, Lanre Olotu, Tosin Ajayi, Siji Ositelu, Akinkunmi Afolabi, and Godspower Esurhobo have confirmed attendance.

It is a fantastic tournament for casual chess player who wants to have fun. Even I, a scrabble devotee, when I want to enjoy chess, I play Chess Heights Monthly, said Wellington Jighere, World Scrabble Champion, 2015.

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Surprise contender Honeywell enters the quantum computing race – New Scientist News

By Leah Crane

Honeywell

A company that used to make home thermostats is now building a quantum computer. Honeywell, which is known for making control systems for homes, businesses and planes, says it has big plans for the quantum future.

You would have never suspected Honeywell was doing this, says Tony Uttley, the president of Honeywell Quantum Solutions. The company has been working on its plans for a decade, he says. We wanted to wait until we could just show people how good we are at this instead of telling them about it.

Now the wait is over: on 3 March, the company announced that its computer will be open for business within the next three months, with customers able to access it over the internet.

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Like all the quantum computers currently available, it will probably be used to more easily solve problems that involve huge amounts of data, like optimising aeroplane routes or simulating molecules. It isnt expected to outperform ordinary computers at this point.

Honeywell measures its computers efficacy using a metric coined by IBM called quantum volume. It takes into account the number of quantum bits or qubits the computer has, their error rate, how long the system can spend calculating before the qubits stop working and a few other key properties.

IBMs System Q One, its first commercial device, has a quantum volume of 16, which the company claims makes it the most powerful quantum computer in existence. Honeywells new computer had a quantum volume of 16 when the firm began testing it in January, but Uttley says the company expects to reach a quantum volume of up to 64 when the computer becomes available for commercial use.

While IBMs computer used 20 qubits to reach a quantum volume of 16, Honeywells only used four. That is an indication that Honeywells qubits are longer-lasting with fewer errors than IBMs, but this kind of system can also be difficult to scale up.

Honeywells quantum computer uses trapped ions charged particles held in place by precise electromagnetic fields as its qubits. Many of the other big players in quantum computing, such as Google and IBM, use superconducting qubits instead, which are based on supercooled electrical circuits. Superconducting qubits are easier to mass-produce and can run calculations faster, but trapped ions tend to be more accurate and they have longer-lasting quantum states.

The firm also announced an ambitious promise: Honeywell plans to add additional qubits to their computer each year for the next five years, increasing its quantum volume by a factor of 10 each time. This is not a science project for us, says Uttley. Were doing this because we believe we can make that step to value creation with a useful quantum computer.

It isnt clear yet how Honeywells computer will compare with those that are already available, says Scott Aaronson at the University of Texas at Austin. Several other major companies already have quantum computers, and some of these have had a years-long head start, he says.

Thanks to its longer-lasting trapped-ion qubits, Honeywell does have one thing that the other firms dont, says Uttley something known as mid-circuit measurement. This essentially lets you redirect a quantum calculation as it is being executed.

We can stop the calculation, take one qubit, ask what are you right now, are you a 1 or a 0? and change the rest of the calculation based on that answer, says Uttley. Its like putting an if statement in an algorithm, and its something thats unique to us.

One can easily imagine situations where mid-circuit measurements would extend what one is able to do, says Aaronson, at least in the near-term. Mid-circuit measurements also play a central role in the proposals for how to someday achieve quantum error-correction, he says, which is the next major milestone in the growing field of quantum computing.

Want to get a newsletter on everything quantum? Register your interest and youll be one of the first to receive it when it launches.

Honeywell no longer makes home thermostats

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Cracking the uncertainty around quantum computing – Information Age

Aravind Ajad Yarra and Saji Thoppil, fellows at Wipro Limited, answer frequently asked questions about quantum computing

What should be kept in mind when implementing quantum technology?

Todays leaders are inundated with the disruptive power of quantum computing and its potential applications in AI, machine learning and data science. Gartner data reveals that by 2023, 95% of organisations researching it will utilise quantum-computing-as-a-service (QCaaS) to minimize risk and contain costs. Also, 20% of organisations will be seen budgeting for quantum computing projects, compared to less than 1% today.

We, Aravind Ajad Yarra, fellow, Wipro Limited and Saji Thoppil, fellow and chief technologist cloud and infrastructure Services, Wipro Limited, bring you the basics of quantum computing and demystify some of its unknown facets in todays evolving scenario.

Lets look at the commonly asked questions:

A: Most of us would have read quantum mechanics at high-school level physics and probably been baffled by its strange characteristics. Quantum mechanics is the physics that applies at atomic and subatomic levels. Thought of using the physics of quantum mechanics to computing is what has led to quantum computing.

Our present-day computing is largely based on Boolean logic, represented using binary bits, which assume the value of either 0 or 1. Quantum computing, on the other hand, uses quantum bits (qubits), which behave differently from classic bits and use quantum superposition state where each qubit can assume both 0 and 1 at the same time.

To get better clarity, I suggest reading this short article on quantum computing.

A: Quantum computing is one of the most exciting developments in recent computing history. For years, Moores law has been helping us to keep the innovation cycle in computing going and push the boundaries of what computing can offer to business, so much so that software is what is driving digital businesses. With Moores law reaching its saturation point, everyone is eagerly looking for whats next in computing. This is seen as something that can keep the computing innovation cycle going, hence this buzz.

If you hear the general hype, you might believe quantum computing might replace classic computing soon. However, that is far from reality. The superposition property that we mentioned earlier gives quantum computing some unique capability that traditional computing doesnt have. Simply put, qubit superposition allows quantum computing to solve certain classes of problems promptly, which might otherwise take years for classical computers.

IBM has established a roadmap for reaching quantum advantage and concluded that: for significant improvement over classical systems, the power of quantum computers must double every year. Read here

A: Quantum computers are not bigger or faster versions of existing computers. Quantum computing is fundamentally different from existing computing. The problems for which quantum computers are most useful are problems that classical computers are not good at.

Some of the classes of problems that quantum computers currently look at are optimisation problems, for example, addressing the classic travelling salesman problem. As the number of cities that have this problem increases, classic computers find it exponentially hard to find an optimum solution. Quantum computers proved very useful for these classes of problems. Solving such problems make quantum computers super useful in areas like gene analysis, drug discovery, chemical synthesis, weather simulations, newer types of encryption, unstructured search, and better deep neural networks, to name a few.

What is AI? Information Age has created a simple guide to AI, machine learning, neural networks, deep learning and random forests. Read here

A: There are two major approaches to quantum computing that are currently in use: circuit-based computers (aka universal quantum computers), and adiabatic computers.

Universal quantum computers are based on logical gates and work similar to the underlying logic foundations of classical computers. Hence, universal quantum computers are extremely useful for computing problems improving on our current knowledge base of solutions. However, qubits required for universal quantum computers are extremely difficult to realise physically because qubit instability makes it hard to produce universal quantum computers.

Adiabatic computers are analog, but are easier to produce. These are more relaxed with respect to qubit state stability. Hence, it is easier to produce 1000s of qubits on adiabatic computers. However, adiabatic computers can be used for limited use cases such as optimisation problems.

A: While most platform companies that are working to build quantum computers are taking bets on one or the other, enterprises can probably explore both of the models. While adiabatic computing is limited, there are production-ready adiabatic computers using real quantum bits (such as those from DWave), as well as digital annealers, which use digital qubits (from Atos and Fujitsu).

Its emerging technologies month on Information Age, that means augmented and virtual reality, quantum computing and blockchain. Read here

Circuit-based quantum computers are much more general purpose. While these have more utility for enterprises, no production-grade problems can be currently solved with the current state of these machines. I would suggest exploring both classes of computers, based on the case that one is trying to solve.

A: The best way to start with identification of use cases for quantum computing is to explore areas where classic computers are currently not good at. Optimisation problems are the best starting point for most enterprises. Based on the industry, different kinds of optimisation use cases can be considered for exploring quantum computers. These could be risk modelling, inventory or asset optimisation, among others.

Cryptography is another area where robust use cases can be identified by enterprises. Quantum computers, when production-ready, can potentially break current methods of encryption, leading to exposure of sensitive data. Identifying data that is very sensitive and has longer term value, and considering safe encryption methods using quantum key generation and distribution are other ways in which it can be used.

Machine learning is also a very promising use case. Quantum machine learning, as it is called, can use special purpose quantum circuits that can significantly boost the efficiency of machine learning algorithms.

A: Industries that are process-centric, such as pharmaceuticals and oil & gas exploration, are the early adopters. These industries can benefit from quantum computing in complex optimisation problems they need solve from time to time.

Apart from these asset-heavy industries, the manufacturing industry is also actively exploring quantum computing. Banks and other financial services companies, which have risk modelling needs, also rely a lot on quantum computing.

A: It is probably too early to talk about real-world scenarios where quantum computers have made an impact. While there are demonstrations by research labs to use quantum communication methods to send instant data transfer from satellite and breaking various encryption methods, these still look good in labs.

The reason for this is the current state of reliability in quantum computers. Qubits are highly sensitive, and they are prone to errors. Error correction methods that we currently use reduce the effective working qubits, but early results have been seen with digital annealers, which simulate adiabatic quantum computing using traditional digital computers.

Wipros Topcoder, for example, is currently working with Fujitsu to run crowdsourced challenging using Fujitsus digital annealer to solve real-world problems. Additionally, Airbus has been running open innovation challenges to solve some of its problems using quantum computing.

Quantum technologies also has appeal in the areas of communication, cryptography, sensors and measurements. Unlike quantum computing, where practical use cases are still in exploratory stages, these areas have industry-ready products that enterprises can put to use.

Quantum communication takes advantage of the nature of photons in flight and is able to detect if a photon has reached the recipient uninterrupted; this can ensure secure communications.

While quantum key generation (QKG) is used to generate truly random keys, quantum key distribution (QKD) is used for securely distributing keys. Both of these are essential for using a one-time pad cryptography technique, which is considered the holy grail in encryption.

Generating true random numbers for the quantum computing era, or indeed the pre-quantum era, is the aim. Crypta Labs reckon they have cracked it. Read here

Additionally, quantum sensors have niche applications where there is a need for highly accurate measurements of gravity, electric fields, time, position and magnetic field. In a fiercely competitive world, we can expect more enterprises wanting to leverage these to create unique offerings.

Given the nature of its evolution, it is hard to make an upfront business case for quantum computing. However, given the potential, I suggest that the business case be made in two parts.

The first part is to focus on near-term (1-2 years) use cases such as optimisation and encryption by using digital annealers for optimisation and photon-based ASICS for key generation. Digital annealers, or even simulators running on cloud, can solve several practical optimisation problems.

On the other hand, centres of excellence can be set up, leading to building expertise and solving relevant problems. Returns from these investments would set the stage for the second part, focusing on mid & longer term (2+ years) use cases, such as exploring machine learning and unstructured data search as part of centres of innovation and open innovation communities with small investments, but with longer period on returns.

Written by Aravind Ajad Yarra, fellow at Wipro Limited, and Saji Thoppil, fellow and chief technologist cloud and infrastructure Services at Wipro Limited

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Cambridge Quantum Computing teams up with CERN to advance quantum technologies – IT Brief Australia

Cambridge Quantum Computing (CQC) is looking to explore and advance the application of quantum technologies to particle physics as part of the QUATERNION project in the CERN openlab.

Quantum computers and their potential is being researched by CERN through the openlab. The team is collaborating with major hardware vendors and users of quantum computing, launching a number of projects in this realm.

According to CERN, the enhanced computational capabilities of quantum computers could help to improve the analysis and classification of their vast data sets, thus helping to push back the boundaries of particle physics.

More recently, the CERN openlab team have stated they will leverage the power of t|ket, CQC's proprietary quantum development platform for the QUATERNION project.

CQC's t|ket converts machine-independent quantum circuits into executable circuits, reducing the number of required operations whilst optimising physical qubit arrangements.

The architecture-agnostic nature of t|ket will help the members of the CERN openlab project team to work across multiple platforms to achieve optimal results even on today's noisy quantum hardware, CERN states.

The QUATERNION project will also investigate the application of CQC's four qubit quantum technology device named Ironbridge to CERN's Monte Carlo methods for data analysis.

Such methods are not only a vital component of particle physics research, but are also applicable to many other areas, such as financial and climate modelling, CERN states.

Monte Carlo methods use high-quality entropy sources to simulate and analyse complex data. Using CQC's IronBridge platform, the world's first commercially available device-independent and quantum-certifiable cryptographic device, the teams will investigate for the first time the effects of certified entropy on Monte Carlo simulations.

CQC founder and CEO Ilyas Khan says, We are excited to collaborate with CERN, the European Laboratory for Particle Physics, on this innovative quantum computing based research project.

CQC is focussed on using the world's best science to develop technologies for the coming quantum age. Joining CERN openlab is a special development for any organisation and we look forward to developing advances together.

CERN openlab head Alberto Di Meglio says, Our unique public-private partnership works to accelerate the development of cutting-edge computing technologies for our research community.

Quantum computing research is one of the most exciting areas of study today; we are pleased to welcome CQC and their world-class scientists into collaboration with us.

CQC is a quantum computing software company that builds tools for the commercialisation of quantum technologies that will have a global impact.

CQC combines expertise in quantum software, specifically a quantum development platform (t|ket), enterprise applications in the areas of quantum chemistry (EUMEN), quantum machine learning (QML), and quantum augmented cybersecurity (IronBridge).

The company states it has a deep commitment to the cultivation of scientific research.

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Gilles Brassard honoured by the BBVA Foundation for his work in quantum computing – Quantaneo, the Quantum Computing Source

Gilles Brassard, a professor in the Department of Computer Science and Operations Research at Universit de Montral, along with Charles Bennett of IBM's New York State Research Center and Peter Shor of the Massachusetts Institute of Technology, has been awarded the BBVA Foundation's Frontiers of Knowledge Award in the basic sciences category for "outstanding contributions to the areas of computing and quantum communication."

Thee three researchers will receive the award June 2 in Bilbao, Spain, and will share the 400,000 that comes with it.

Professor Brassard is the seventh Canadian to receive the prize and the first ever in the basic sciences category (physics, chemistry, mathematics).

In 1984, Brassard and Bennett devised the first quantum cryptography technique, which makes it possible to encode messages in order to exchange information with absolute confidentiality. Then, in 1993, they laid the foundations for quantum teleportation in collaboration with four other researchers. The group proved that it was possible to transport information in subatomic particles, such as photons, from one place in the galaxy to another, without physically moving them. This principle is based on the rules of quantum theory, according to which a particle can simultaneously exist in several states.

Industry is currently investing billions of dollars in quantum technologies, particularly in China and Europe, and the theoretical work of Brassard, Bennett and Shor has helped put this discipline on track.

This is the third major award that Brassard and Bennett have jointly won on the international scene. In 2018, the duo received the Wolf Prize in Physics from the President of Israel, a prize often seen as leading to a Nobel Prize in Physics. Last year in China, they were awarded the Micius Prize for their breakthroughs in quantum theory.

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Elon Musk Just Sent The Best Cryptocurrency And Prank Bitcoin Rival Sharply HigherHeres Why – Forbes

Elon Musk, who's still running his victory lap after his electric car company Tesla proved its detractors wrong, has once again gone out to bat for his "fav" bitcoin alternativesending its price sharply higher.

Musk, the chief executive of both Tesla and aerospace manufacturer SpaceX, yesterday tweeted his support of minor bitcoin rival dogecoin, saying "dogs rock" and "they have the best coin."

Elon Musk has previously voiced his support of bitcoin and other cryptocurrencies but has a special ... [+] place in his heart for the "joke" bitcoin rival dogecoin.

Musk's tongue-in-cheek comments, which sent the dogecoin price up by around 5% yesterday, come after a thumping 12-months for dogecoin, one of the oldest alternatives to bitcoin.

The dogecoin price is up around 30% on this time last year, with the price of dogecoin being significantly boosted by Binance, the world's biggest bitcoin and cryptocurrency exchange, last July, when it added dogecoin to its list of supported digital tokens.

It's not the first time Musk and voiced his support for dogecointhough he has heaped praise on bitcoin and other cryptocurrencies as well.

In April last year, Musksurprised bitcoin and cryptocurrency watchers by saying that the meme-based dogecoin is his "fav" cryptocurrency in response to a Twitter poll that found him to be the favorite to take on the mantle of dogecoin CEO, with 49% of the vote.

However, Musk has recently rowed back his previous bitcoin praise, telling the Tesla-focused podcast Third Row in January he is "neither here nor there on bitcoin," raising concerns about its use for illegal transactions.

The price of dogecoin jumped yesterday after Elon Musk shared his ongoing support for the minor ... [+] bitcoin rival.

Dogecoin has found other high-profile supporters as well as Musk. Last year, John McAfee, the millionaire creator ofMcAfee security software-turned U.S. presidential hopeful and globe-trotting adventurer,praiseddogecoin as "one of the fastest growing coins based on use."

"Doge started life as joke/prank coin," McAfee said viaTwitter. "The coin now has a market cap of $360 million. The crypto market is, in no way, related to the stock market. Inherent value is, ultimately, based on usage. Go figure."

Dogecoin, surprisingly one of the oldest bitcoin rivals,was created in 2013 by a then 26-year-old Australian Jackson Palmer and American programmer Billy Markus after joking about it on Twitter.

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Who Needs Cryptocurrency FedCoin When We Already Have A National Digital Currency? – Forbes

UKRAINE - 2020/02/27: In this photo illustration one hundred US dollar banknotes are seen displayed. ... [+] (Photo Illustration by Sergei Chuzavkov/SOPA Images/LightRocket via Getty Images)

The cryptocurrency enthusiasts are at it again, with a new name and even more ambitious goals than before: now they want a national digital currency. Hurry! The Chinese will beat us to it, and well be left behind!

Somehow, no one in the debate acknowledges the obvious fact that we already HAVE a national digital currency. Its fast, cheap and secure! It has no issue with regulators, and its accepted everywhere. Who knew? Its called the US dollar. The wild-eyed national digital currency groupies prefer to ignore the fact yes, its a fact that the US dollar is a digital currency. Instead, theyre convinced it cant possibly be a good thing, because its not based on brand-new, cool, immutable distributed ledger blockchain-based cryptocurrency technology. Bzzzt! Wrong.

The people who talk about national digital currency are obsessively focused on cryptocurrencies. They make believe digital currencies are a recent invention, and that only things that have evolved from Bitcoin meet the description. Nonetheless, by any reasonable definition, here in the good old USA we already have a digital currency. Its called the US dollar. Its managed by the Federal Reserve Bank. But thats not digital, you might say what about that green stuff in my wallet, and those coins jangling in my pocket or purse?

I agree, we have cash. As of Feb 12, 2020 there was $1.75 trillion worth of paper cash in various denominations in circulation. Thats quite a bit. But its far from the whole story. For the rest of the story, we turn to the money supply, the total amount of which is one of the chief responsibilities of the Fed to maintain and grow and shrink, as needed. There are two main measures of the money supply, M1 and M2. See this for the Feds definition. Basically, M2 includes checking and savings bank deposits, money market funds, and similar cash-equivalents. As of December 2019, M2 was $15.434 trillion dollars.

What this means is simple: almost 90% of US dollars have no physical existence they are purely digital. But this isnt just for the USA; world-wide, only 8% of currency exists as physical cash!

The US dollar took many steps over more than a century to evolve from physical cash to todays largely digital currency. First, paper currency wasnt real money it was a promise by a bank to trade the paper for the equivalent in gold. For example, heres a $5,000 bill from 1882 thats a promise to exchange for $5,000 in gold coin on demand:

Bureau of Engraving and Printing color specimen of a $5,000 Gold certificate, Series of 1882

In practice, no one exchanged these large-dollar notes for gold; they were mostly used by banks and the government to move funds between themselves, a practice which stopped in 1934.

Long before the advent of computers, the gold exchange promise was dropped. Heres a bill as printed in 1928 that simply declares that its $5,000:

1928 Federal Reserve note

The last high-denomination bills were printed in 1945. Large inter-bank transfers were done without the exchange of cash; tightly controlled procedures were used to transfer money between bank ledgers before the advent of computers. In 1969 the large bills were officially discontinued, and the government started destroying them. In 1975, the government started depositing social security payments into recipients accounts electronically. By 1990, all money transfers between commercial and central banks were done electronically.

There is no single date when you can say that the dollar became digital. The process of transformation took place step by step, each leading to the next. The early steps took place long before computers; the principle was established and in universal use among banks and the federal reserve already in 1945! The invention and use of computers simply enabled further automation of the digitization of the US dollar, and enabled fully real-time transfers to take place.

What all this adds up to is that the US dollar is a national digital currency, by any reasonable definition, and has been for years. The vast majority of currency value is fully and completely digital, and all large-dollar transactions are completely digital. We also have cards, which are smaller, lighter and more convenient than smartphones, with the added convenience that they dont crash or run out of power. In addition, we have the added convenience of physical cash, 100% interchangeable with its digital currency equivalent, as we see with ATMs every day. Cash is convenient for small transactions and for people who dont have working, powered and connected small computers on their person. The US dollar is indeed a national digital currency, with the added convenience of cards and cash.

The vast majority of people know through everyday experience that the US dollar is a national digital currency. But almost no one talks in those terms.When people use that recently-coined term, they usually means something brand-new, a form of cryptocurrency. For example, a recent WSJ article describes a push towards a national digital currency. One of the quoted authors waxes eloquent about its virtues, but never really says what it is.

The only way to understand national digital currency is to back up and look at the history of where the concept came from. While no one likes to talk about it, the undisputed origin of the concept is a brilliant, well-implemented and widely used body of software called Bitcoin. The concept and every major feature of Bitcoin was designed to operate with no central authority of any kind in charge. Amazing. How can it be that anyone anywhere could declare themselves to be a Bitcoin bank (they call them miners) and the system works? See this for an explanation. Bitcoin was also designed to give total anonymity to the people who deposit, send and receive Bitcoin, making it a favorite of international criminals around the world.

Before long, Bitcoin competitors appeared, each claiming to add or correct something important in Bitcoin; for example, Ethereum introducing the so-called smart contract. Next, people started talking about blockchain and the distributed immutable ledger, taking out the concept of currency. Supposedly, these technologies would solve long-standing problems involving data that was in many locations. This led to loads of blockchain start-ups and service companies, with giant corporations infected with bad cases of FOMO funding pilots and proofs-of-concept. Major companies like Microsoft and IBM now offer blockchain-as-a-service in their cloud products.

More recently, we have seen highly publicized efforts to legitimize something like an enhanced Ethereum-like currency, most prominently Facebooks Libra, which has the backing of a large number of name-brand financial institutions.

All this leads up to the newly coined notion of a national digital currency lets have the US government implement it instead of Facebook and its consortium partners!

This is all-too-typical technology mania. Weve seen it many times. The true believers ignore evidence, ignore existing practice and fervently believe in the world-transforming new technology. Loads of highly-paid executives and government leaders pay obeisance, effectively paying insurance against the remote possibility that the cult delivers real value. Theres a strong lemming effect: dont be left behind!

People who advocate for a national digital currency like to ignore the one we already have, in favor of some variation of the currency beloved by human smugglers, drug lords and international illegal arms traffickers. Like the people at the Digital Currency Initiative at the much-revered Media Lab at MIT. In a recent WSJ article, the director of the lab immediately conceded that with direct deposit of salary and Venmo to split the cost of dinner with friends, it seems like we already have a digital currency. But this isnt good enough! After all, there are fees, and big banks are involved and sometimes transactions can take days. Ugh. With a real national digital currency, a federal cryptocurrency, payments would be faster, cheaper and more secure.

There are just a couple little problems. Here are some highlights:

Crypto-groupies love to talk about the slowest transactions in the multi-trillion dollar US digital dollar system. While large parts of the US digital dollar system execute huge numbers of transfers in seconds, Bitcoin takes on average ten minutes to execute a single transfer. And thats only if you pay an above-average fee if you dont pay much, you could wait for hours for your transaction to process.

Depending on the transaction size, Bitcoin can only process between 3 and 7 transactions per second. If there were always transactions waiting to be processed, 24 by 7, at 5 transactions per second Bitcoin could handle at most 158 million transactions per year. By contrast, over 10 billion transactions are performed at just ATM machines every year in the US alone. There were over 110 billion card transactions in the US in 2016. The growth in transactions from 2015 was over 7 billion; the growth in card transactions was about 50 times greater than the maximum capacity of Bitcoin.

Crypto-groupies love to talk about the high fees for doing certain dollar transactions, ignoring the immense transaction flow of cheap and easy transactions like direct deposit and ACH, which operate at huge volumes. They dont talk much about the costs of running cryptocurrency. Theyre smart to ignore the subject. Todays Bitcoin transactions are costly, and the second you try to correct the various problems (speed, scalability, security), the costs skyrocket.

Hardly anyone uses Bitcoin, and the volumes are tiny compared to the dollar. Nonetheless, Bitcoin is incredibly, mind-blowingly expensive to operate. Even at todays minuscule volumes, Bitcoin computer processing consumes about the same amount of electricity as the whole country of Switzerland!

If you lose your checkbook, your credit or bank card or anything else, youre OK; you contact the bank and they fix it. By contrast, if you lose your cryptocurrency key (a string of numbers), there is literally no way to recover your money. About 20% of all Bitcoin are believed to be lost, something like $20 billion!! If you lose your key, whoever gets it can take all your Bitcoin, unlike with for example a lost card, where you call the bank, report the lost card, and avoid losing any money.

The crypto folks love the fact that everyone imagines that crypto means cant be cracked. So they avoid the subject. The fact is, crypto banks are robbed and every Bitcoin stolen all too often. Nearly a million bitcoins have been lost in this way, a loss at todays prices of roughly $10 billion!! Even the core defense of Bitcoin has now been cracked.

To the outside, crypto people are all about ignoring the problems and promoting wonderfulness. Among themselves, the relatively sane advocates recognize the problems and try to solve them, with endless variations being rolled out. In doing so, they either make the problems worse or destroy what little value there is in cryptocurrency. One of the leading ideas is to make a private blockchain, which is a pathetic joke. For example, Microsoft and Intel spell out many problems by way of selling their ineffective solution, and the Facebook Libra coalition takes the solve it by making it worse approach to new lows.

The whiners will whine about whats wrong with todays US dollar. Is it really chock-full of problems, as the crypto-groupies like to say? Lets do something rare: focus on the positive. First and foremost, lets remember that the dollar has worked for a couple centuries now, and along the way transformed itself from physical to about 90% digital, all without breaking! In addition, it has benefited from tremendous private-sector innovation. Here are some highlights of the fastest, cheapest and most secure currency ever created:

Physical cash is great. When Im in the city and someone gets my car for me from the garage, I like to give a tip. Its easy: I pull out my wallet and hand over bills. Anything fully digital would require electronics and would be a pain.

Cards are great. When I pull into a gas station in New Jersey, where gas is pumped for you, I open the window, say fill with regular, please and hand over a card. When its done, I get the card and a receipt and drive off. Easier than cash because no change. This is fully digital. Today. And, at my great local gas station, they often clean my windows, so I get to hand the guy a couple bucks as a tip. Painless.

Cardless is great. I call for an Uber from the app. When the car arrives, we each check each others identities and away we go. On arrival, I get out. Thats it!

Wiring money for a house closing is great. I call USAA, my bank, who verifies my identity and gets it done in minutes. No going to a branch, certified checks, etc. The phone call is a good thing it reduces the chance of fraud to near-zero, unlike the fraud-riven crypto world.

P2P apps are great. There are zero-cost, instant transfer apps like Venmo, CashApp and Zelle. These are used by over a hundred million of people, and they work. Today. How could crypto in any form be better? Actually, it would be worse. See this.

What about those awful transactions that supposedly take days? Yup, there are some. Its called a step-by-step, no errors or crashes permitted transition to real-time. Transactions are already 100% digital, and with ACH (like electronic checks) very low cost. The version of ACH in the UK is already same-day, and ACH in the US is in the middle of a transition to same-day and real-time.

What about international payments? I guess the crypto-groupies are out of touch with whats going on here in the real world. For personal use, credit cards are already accepted nearly everywhere, with everyone involved getting or paying in their own currency. The big complaint of the crypto people is international business transactions, involving lots of time, transfers and fees. That was true. Which is why a handful of amazing new companies have emerged and are addressing the issue. A couple of them are operating at scale and in production today.

Currency Cloud, for example, has a brilliant solution. A company that has suppliers in many countries gets the suppliers to give Currency Cloud their preferred local bank accounts. Currency Cloud itself maintains local accounts for itself in all the countries it supports. The buyer sends a payment directive to Currency Cloud, who then does a local transfer of the requested amount from its account in the target country to the vendor in that country. As the network grows, each supported country has a larger number of companies both sending and receiving payments, so that a growing number of transfers can be done completely locally only the net payment imbalance between countries needs to be settled by Currency Cloud between its own accounts, which it optimizes for minimum cost. This is 100% digital, low cost, real-time, and operating at scale. Today.

For smaller business and individuals there are services exploding onto the scene for international payments. For example, Rapyd (disclosure: my VC fund is an investor) enables people without bank accounts to buy, sell and get paid for work in over 100 countries at over 2 million access points, where they either get or give local currency to complete international digital transactions. For example, you could be a driver for Uber and get paid, even though you have no card or bank account.

Get over it, crypto-fanatics and blockchain groupies. Yes, the Bitcoin technology is an impressive achievement, and highly useful to the criminal class. But it makes any real-world currency problem you can think of worse, and completely ignores the patent reality, which is that the wonderful future of a national digital currency is something we have today the US dollar!

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Who Needs Cryptocurrency FedCoin When We Already Have A National Digital Currency? - Forbes

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Binance, Coinbase, And Other Cryptocurrency Exchanges Reportedly Targeted By A New Trojan Virus – CryptoPotato

Today, as of March 2nd, 2020, ThreatFabric, an Amsterdam-based cybersecurity company, has released a report about a new threat to the crypto community, known as the Cereberus Trojan virus.

According to their report, Cereberus is capable of stealing two-factor authentication codes generated by the Google Authenticator app, which are used to secure online banking and email accounts, as well as cryptocurrency accounts on certain exchanges.

Cereberus was first identified in June of last year but has since become a more serious threat after being updated in mid-January of this year.

Once the virus is installed on a device, it is capable of downloading all content to a remote location, which can then be accessed by any number of fraudsters or criminals.

And whats more is that, amongst 25 other cryptocurrency exchanges, Coinbase, one of the worlds leading cryptocurrency exchanges, was also on the list of the Trojans main targets.

Like other types of malware, a Trojan virus is designed to undermine a devices or networks security functions.

The Cereberus virus works by stealing two-factor authentication codes (2FA) and giving them to whoever is behind the attack. On top of this, the virus is also able to steal PIN codes and swipe patterns from infected devices, giving the malicious actor access to any content present the device.

Cereberus is amongst the three other threats that have emerged recently aimed at some 26 cryptocurrency exchanges. Other than Coinbase, Xapo, Bitpay, Binance, and Wirex were also on the list of potential targets.

Fortunately, the best way to prevent a cyber attack on your crypto is to use a physical authentication key, as opposed to a digital key, which can be accessed remotely.The only way for a fraudster to gain access to a physical key is by actually gaining access to the device itself. Therefore, theres a significantly lower chance of an attack taking place.

AsCryptopotatorecently reported, $45 million worth of Bitcoin and Bitcoin Cash was stolen from a whale investor through a purported SIM attack.

This highlights the importance of taking security measures seriously. When it comes to larger amounts of cryptocurrency, its always advisable to keep it on a hardware wallet which is not connected to the internet. At the same time, its essential to keep your seed phrases and private keys safe.

Never store large amounts of cryptocurrency on an exchange and make sure to remember the popular phrase not your keys, not your Bitcoin. It applies to other digital currencies as well.

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Binance, Coinbase, And Other Cryptocurrency Exchanges Reportedly Targeted By A New Trojan Virus - CryptoPotato

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CoronaCoin: Cryptocurrency that bets on coronavirus deaths – Business Today

Some Europe-based developers have created a cryptocurrency -- named CoronaCoin -- that lets you cash in on the number of people who die or fall ill due to coronavirus. In a rather tasteless methodology, this Bitcoin-like cryptocurrency functions on coins -- called tokens -- that decrease as more people die or get infected. The scarcity of tokens lead to gain in the value of the digital currency. As per its developers, its total supply is based on the world population -- around 7,604,953,650 (over 7 billion).

The digital currency's tokens are burnt every 48 hours, depending upon the number of deaths during those hours. "As the number of infected/dead from the virus increases, the number of tokens is manually burned every 48 hours," says the website. With the rapid rise in the number of infected people, the tokens are also burning fast. "Some people speculate a large portion of the supply will be burned due to the spread of the virus, so they invest," Sunny Kemp, a user who identified himself as one of the developers, told Reuters.

As of Friday night, a total of 85,366 tokens have been burned. The digital currency developers, however, aim to donate 20 per cent of the money to Red Cross via its 2019-nCoV relief effort. Kemp said they'll use a well-known cryptocurrency payments processor to donate money every month.

On netizens raising questions over the "tasteless" idea, Kemp seems to disagree. He defended the idea, saying the World Health Organisation also issued pandemic bonds. "How's that different," he asked. Coronacoin is also backed by proof of death based on statistics obtained from the World Health Organisation (WHO), its developers claim.

How CoronaCoin functions

What's cryptocurrency

The underlying technology behind cryptocurrency is the blockchain technology. A blockchain is an anonymous online ledger that uses data structure to simplify the way we transact. Blockchain allows users to manipulate the ledger in a secure way without the help of a third party. The algorithm used in blockchain reduces the dependence on people to verify the transactions. This technology used for recording various transactions has the potential to disrupt the financial system.

Pandemic on the rise

The deadly virus that first emerged in China in December last year has spread to more than 70 countries and has infected more than 88,000 people, including over 80,000 in China. China's National Health Commission (NHC) said on Sunday it received reports of 202 new confirmed cases of coronavirus on Sunday, taking the total number of cases in the mainland to 80,026. On Sunday alone, China reported 42 new fatalities from the novel coronavirus outbreak, taking the death toll in the country to over 3,000.

Edited by Manoj Sharma

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CoronaCoin: Cryptocurrency that bets on coronavirus deaths - Business Today

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