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Ethereum Price Forecast and Analysis – September 18, 2017

Hallelujah! After a week of non-stop pain, investors finally moved past China’s ban on cryptocurrency exchanges. They bid up prices, bet on fundamentals, and were rewarded with flashing green numbers on their trading monitors.

For instance, the Ethereum-to-USD exchange rate jumped 17% to $280.69 on Sunday.

Considering that it slipped below $200.00 on Friday, the rebound was particularly steep. Who said there’s no resilience in cryptocurrencies? It took less than a week to shrug off China’s ban, which was definitely more than a flesh wound.

Ethereum gained.

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Ethereum Price Forecast and Analysis – September 18, 2017

This Cryptocurrency Could Be the Next Bitcoin

Bitcoin Turned $25 into $34 Million
Bitcoin, bitcoin, bitcoin, bitcoin, bitcoin, bitcoin…bitcoin. It’s all that anyone seems to be talking about, yet the volatility of Bitcoin is terrifying. Double-digit swings are a normal occurrence. And no one can explain what it does, at least not in plain English.

But there’s no denying that Bitcoin is a gold mine.

Investors who bought BTC coins in 2013 would have gained 2,411% by now. And those who “mined” the currency made even bigger returns..

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This Cryptocurrency Could Be the Next Bitcoin

Ripple Price Forecast and Analysis – September 15, 2017

As with the rest of the cryptocurrency market, China takes center stage in our Ripple news update. It’s the only thing that matters at the moment, though one could argue that XRP is unfairly caught in the crossfire.

After all, less than five percent of Ripple’s trading volume comes from within China. Add that to the fact that the ban is on trading, and not “blockchain activities,” and it seems like Ripple’s eastward expansion is still on track.

What the regulators objected to was the “disorder” of cryptocurrency exchanges. They aren’t fond of chaos. But.

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Ripple Price Forecast and Analysis – September 15, 2017

Ethereum Price Forecast and Analysis – September 15, 2017

China is the only Ethereum news that matters today, as crypto markets continue to reel from a Chinese crackdown on local exchanges. The entire crypto market is under siege.

Ethereum to USD prices are down about 20.85% and Ethereum to Bitcoin prices dropped roughly 3.1%, suggesting that investors are coalescing around the market leader in times of uncertainty.

With ETH prices touching a two-month low at $201.62, many are wondering when the pain will stop. The truth is, there might be more pain to come.

Two of China’s largest cryptocurrency exchanges have not yet shut.

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Ethereum Price Forecast and Analysis – September 15, 2017

Litecoin Price Forecast and Analysis – September 15, 2017

It’s a bloodbath out there, folks.

As predicted, the Litecoin news coming out of China has wreaked havoc on its price, driving the Litecoin to USD down about 31.73% to roughly $38.10.

Litecoin hasn’t traded at these levels since the start of the summer, when it was riding high on a spectacular ascent. Even a week ago, it brushed new all-time highs.

However, much of that optimism was blunted by the Chinese government’s crackdown on domestic cryptocurrency exchanges. The story came out in dribs and drabs, sucking out confidence in the market like a leech.

Smaller exchanges were the first to pack up, but now some of the bigger exchanges are closing their doors as well. For.

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Litecoin Price Forecast and Analysis – September 15, 2017

Ethereum Price Forecast and Analysis – September 14, 2017

ETH prices fell roughly 11.36% in the last 24 hours to near $238.72. At the same time, the Ethereum to Bitcoin exchange rate dropped almost 5.44%.

The biggest piece of Ethereum news today is the potential Chinese crackdown on cryptocurrency exchanges. Well, that and the recent comments from Jamie Dimon, CEO of JPMorgan Chase & Co. (NYSE:JPM).

Both of these developments dragged down the short-run Ethereum price.

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Ethereum Price Forecast and Analysis – September 14, 2017

Ripple Price Forecast and Analysis – September 14, 2017

XRP prices took a tumble in the last 24 hours, falling below the $0.20 handle as fears of a Chinese crackdown solidified. The Ripple to USD exchange rate fell roughly 3.58%, while the Ripple to Bitcoin rate only edged down by around 0.08%.

Most of the pessimism was drawn from China’s potential closure of cryptocurrency exchanges.

Here’s a rough sketch of what we know and when we knew it.

Last week, there were rumors that the government was.

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Ripple Price Forecast and Analysis – September 14, 2017

Litecoin Price Forecast and Analysis – September 14, 2017

In an unexpected twist, today’s Litecoin news revolves around Jamie Dimon, CEO of JPMorgan Chase & Co. (NYSE:JPM), and an obscure Chinese think tank called China’s National Internet Finance Association (NIFA).

Let’s start with Wall Street’s poster boy.

While speaking at a conference in New York, Dimon claimed that Bitcoin “is a fraud” and will blow up before long. “It’s worse than tulip bulbs,” he said, in reference to the famous asset bubble from the 1600s.

Dimon claimed that there would be significant losses for anyone “stupid” enough to trade cryptocurrencies. (Source: “.

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Litecoin Price Forecast and Analysis – September 14, 2017

Ripple Price Forecast and Analysis – September 18, 2017

For the first time in a week, cryptocurrencies stuck their heads above water. The Ripple-to-USD exchange rate jumped 7.13% to $0.188622, while simultaneously falling 4.22% against Bitcoin.

China’s ban on cryptocurrency exchanges was once again the biggest piece of Ripple news. This time, however, prices moved to the upside, because investors realized that last week’s reaction was a little excessive (if not downright apocalyptic).

What makes it worse is that Ripple didn’t deserve the beating it took last week.

For one thing, less than five percent of its.

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Ripple Price Forecast and Analysis – September 18, 2017

Litecoin Price Forecast and Analysis – September 18, 2017

Despite China taking a bat to Litecoin’s knees, the Litecoin-to-USD exchange rate bounced up about 9.68% to roughly $51.89. “What explosive piece of Litecoin news caused this rally?” you ask.

Oddly, nothing in particular.

This was a see-saw moment for Litecoin prices. After tilting hard towards the bearish side last week, investors pushed off the bottom to bring LTC prices back above $50.00.

Perhaps they thought the reaction to China’s ban on cryptocurrency exchanges was a tad overblown. Or perhaps they thought LTC is a buy under $50.00.

In either case, the surge in prices is likely to continue now that the fog of uncertainty has lifted.

Last week, we knew nothing.

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Litecoin Price Forecast and Analysis – September 18, 2017

What is Moore’s Law? – Definition from WhatIs.com

The original Moore’s Law derives from a speech given by Gordon Moore, later a founder of Intel, in 1965, in which he observed that the number of microcomponents that could be placed in an integrated circuit (microchip) of the lowest manufacturing cost was doubling every year and that this trend would likely continue into the future. As this observation and prediction began to be frequently cited, it became known as Moore’s Law. In later years, the Law was occasionally reformulated to mean that rate. The pace of change having slowed down a bit over the past few years, the definition has changed (with Gordon Moore’s approval) to reflect that the doubling occurs only every 18 months.

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What is Moore’s Law? – Definition from WhatIs.com

What is Moore’s Law? Webopedia Definition

Main TERM M

By Vangie Beal

(n.) Moore’s Law is the observation made in 1965 by Gordon Moore, co-founder of Intel, that the number of transistors per square inch on integrated circuits had doubled every year since the integrated circuit was invented. Moore predicted that this trend would continue for the foreseeable future. In subsequent years, the pace slowed down a bit, but data density has doubled approximately every 18 months, and this is the current definition of Moore’s Law, which Moore himself has blessed. Most experts, including Moore himself, expect Moore’s Law to hold true until 2020-2025.

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What is Moore’s Law? Webopedia Definition

Harvard Researcher Based on Moore’s Law Bitcoin Will Hit … – The Merkle

Dennis Porto, a Harvard University researcher, recently told Multiplex founder Brian Roemmele in an interview that based on Moores law, the bitcoin price wouldsurpass the US$100,000 mark.

Moores law, named after Intel co-founder Gorden Moore, refers to Moores 1965 finding that the number of transistors per square inch on integrated circuits had doubled every year since their invention. Essentially, Moores law demonstrates the exponential growth of technology and the rapid rate at which the technology market is expanding.

Like Intels integrated circuits and Nvidias microchips, bitcoin has risenin value at an exponential rate since early 2009. It has consistently been the best performing asset and currency in the world throughout the past 8 years, with the exception of 2014. According to prominent Wall Street strategist Tom Lee, bitcoin is en route to become the best performing currency and asset again by the end of 2017.

Emphasizing the rapid increase in demand forbitcoin from institutional investors, Lee explained that bitcoin will undoubtedly become the best performing asset of this year and he would easily choose to invest in bitcoin instead of a basket of US Stocks. Lee noted:

I think bitcoin is an underowned asset with potential for huge institutional sponsorship coming. It has a lot of characteristics that are very similar to gold that I think will make it ultimately attractive as an alternate currency. Its a good store of value. Institutions have to directly buy the coin today through a broker, but both the CBOE and the CFTC have opened up options futures trading, so I think its going to grow in holdings.

There exist many reasons as to why prominent analysts and high profile traders remain confident in bitcoin and its strong rally. One of the many reasons is bitcoins adaptability. Bitcoin is considered by most to bedigital gold, a safe haven asset and a long-term investment. Investors have been purchasing bitcoin as a wealth management product in order to protect portfolios from economic uncertainty and global markets volatility.

But before anything else, bitcoin is a digital currency. Its transportability and high liquidity have been two of its major advantages, and traders have started to prefer bitcoin over gold due to its applications. It can be utilized as both digital gold and a digital currency.

As Lee explained, the liquidity of bitcoin will only increase overthe upcoming months at a rapid rate. Some of the worlds largest markets and trading platforms are about to integrate bitcoin, starting with the Chicago Board Options Exchange. Moreover, large-scale commercial banks are actively investing in the possibility of integrating bitcoin. Already, major Swiss bank Falcon has integrated bitcoin and started to offer bitcoin trading services to its clients.

The first reactions to our Bitcoin services have been very encouraging and we are convinced that by adding three new Blockchain assets we will fulfill our clients future needs, Arthur Vayloyan, global head of products and services at Falcon, stated.

As global adoption of bitcoin as both digital gold and currency continues to increase at an exponential rate, inevitably, bitcoin will reach a value of US$100,000, as predicted by Porto and many other analysts in the finance sector.

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Harvard Researcher Based on Moore’s Law Bitcoin Will Hit … – The Merkle

Atomera Hopes to Make Money Solving the Breakdown of Moore’s Law – Barron’s


Barron’s
Atomera Hopes to Make Money Solving the Breakdown of Moore's Law
Barron’s
The notion of the End of Moore's Law is debated Intel refutes it but it's prompting lots of new ideas in chips. One approach is new chip designs, such as Alphabet's (GOOGL) Google's Tensor Processing Unit, a custom chip, something I explored in

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Atomera Hopes to Make Money Solving the Breakdown of Moore’s Law – Barron’s

Chinese chipmakers could be boosted in post-Moore’s Law – Fudzilla – Fudzilla

Chinese dragon could take Chipzilla

Not everyone is mourning the slow death of Moores Law and Chinese chipmakers could use the period to catch up with their Western rivals.

According to Shang-yi Chiang, a former TSMC executive VP and co-chief operating officer, China’s semiconductor industry could have a chance of strengthening its position.

Chiang, who now serves as an independent non-executive director for Semiconductor Manufacturing International (SMIC) thinks every cloud has a silver lining and that can be applied to the current state of Moore’s Law.

Talking to Digitimes,Chiang said that Moore’s Law will reach its physical limits in a decade. The existing innovation will allow the industry to enter the 3nm generation, but more technical breakthroughs will be required to bring us down to sub-3nm processes.

This gives China a good chance of making significant progress in the development of its local chipmaking industry, Chiang indicated.

He said it was time for Chinese chipmakers to lay out their strategies for developing technologies in the post-Moore’s Law era, which may help them catch up with their bigger international peers, Chiang said.

Chiang suggested that developing homegrown CPUs was essential for the country as it provided national security, and went beyond economic considerations.

There are already homegrown CPUs developed in China, such as Loongson- and ShenWei-series computer processors, Chiang identified. Improving the chip performance is an issue, and expanding the chip sales substantially is another, Chiang said.

He admitted that developing its own chips was tricky but worth it. He wanted CPU developers, foundries, backend houses and system vendors to cooperate and develop jointly their own platform for servers and other computing systems.

Such a move will also drive the local industry development, and pave the way for China to expand its chipmaking influence in the global marketplace, Chiang said.

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Chinese chipmakers could be boosted in post-Moore’s Law – Fudzilla – Fudzilla

Magnetic antiparticle expands strange field of swirling science – Nature.com

Morris MacMatzen/Getty

Computer processing power could be increased by harnessing topological features called skyrmions

When is a skyrmion not a skyrmion? The answer, as any good condensed-matter physicist knows, is when its a magnetic antiskyrmion. Yes, even swirling topological textures that emerge as effective particles inside magnets have their opposite numbers. And online in Nature this week, scientists report hard evidence of their discovery (A. K. Nayak et al. Nature http://dx.doi.org/10.1038/nature23466; 2017). The experiments reveal a new twist on how strange patterns of magnetization form and spin against their static background, like whirlpools in a body of water. And they expand the family of observed skyrmions from two to three. The particles are tightly related: the antiskyrmion is defined by a swirling pattern that alternates the textures of the two existing skyrmions.

Skyrmionswhich can be visualized in part as spheres studded with arrows that have been collapsed onto a flat planeare curious, but they are no longer a mere curiosity. Topology is hot right now (see Nature 547, 257258; 2017). And physicists think skyrmions could offer a way to stabilize spintronic systems electronics that use the spin of electrons as well as their movement. This could increase the processing power of computers beyond the boundaries of Moores Law. Antiskyrmions could help, the physicists say, because they could allow skyrmion structures to be designed and built to order.

Skyrmion science has had many false starts (see Nature 465, 846; 2010). But these weird particles are becoming harder to overlook.

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Magnetic antiparticle expands strange field of swirling science – Nature.com

Are These Thin, Low-Power Semiconductors The Future of Computing? – Futurism

In BriefTwo new semiconductors hafnium diselenide and zirconiumdiselenide have been observed to have similar traits to silicon,and may soon be the materials used to make smaller, more powerfultransistors. Hafnium Diselenide And Zirconium Diselenide

Silicon may no longer be the go-to material used in electronics, if two recently discovered materials are implemented. Electrical engineers at Stanfordrecently observed that two semiconductors hafnium diselenide and zirconium diselenide, two forms of the same inorganic compound share similar qualities with silicon, but outperformed the material in other aspects.

A studypublished in the journal Science Advances explains the finding. Co-authored by Eric Pop, an associate professor of electrical engineering, with post-doctoral scholar Michal Mleczko, the report places the biggest emphasis on how all three materials cause rust.

Its the same kind of rust thats usually deemed harmful to metals and other materials, but within the context of electronics and circuitry, its actually a good thing: when silicon is exposed to oxygen, it rusts and becomes an insulator for circuitry, protecting it from harm. Other materials can be used to achieve the same effect, but they require additional work and layers of insulation, making silicon the preferred material to use.

Hafnium diselenide and zirconium diselenideboth rust in a similar way to silicon, but their benefits go beyond this. Theyre able to form what are known as high-k insulators, which ultimately require less power than silicon and silicon oxide insulators.

The Stanford engineers also discovered the diselenides can be shrunk down to about three atoms thick; silicon cannot do the same and still be usable.

Engineers have been unable to make silicon transistors thinner than about five nanometers, before the material properties begin to change in undesirable ways, said Pop.

Theres also how the new semiconductor materials deal with the band gap, the range of energy needed to turn a transistor on. If the range of energy for a material is too low, it could cause the circuits to leak; too high, and the circuit then has too much energy to work with, becoming inefficient. The diselenides meet this requirement perfectly. Taking all of their benefits into account, they can be used to make transistors nearly 10 times smaller than whats used today.

This almost perfectly supports Moores Law, which states that transistors will continue to become smaller, more powerful, and more cost-effective at a consistent pace.

While hafnium diselenide and zirconium diselenide do everything silicon can and more, Pop states that its unlikely silicon will be replaced completely; theres more to study before future electronics see any changes.

To start, theres how the diselenide circuits will interact with transistors; These connections have always proved a challenge for any new semiconductor, and the difficulty becomes greater as we shrink circuits to the atomic scale, Mleczko said. The oxidization of the materials also needs to be improved to ensure the circuits and insulators are long-lasting and maintain their thin size.

As exciting as the finding may be, itll be quite some time before theyre used in complex circuits and complete, working systems. Until then, people can looking forward to owning devices with longer battery lives, which is one of the more immediate benefits that could come, if the new semiconductors are utilized.

Theres more research to do, but a new path to thinner, smaller circuits and more energy-efficient electronics is within reach, Pop said.

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Are These Thin, Low-Power Semiconductors The Future of Computing? – Futurism

Atomera Hopes to Make Money Solving the Breakdown of Moore’s Law – Barron’s


Barron’s
Atomera Hopes to Make Money Solving the Breakdown of Moore's Law
Barron’s
The notion of the End of Moore's Law is debated Intel refutes it but it's prompting lots of new ideas in chips. One approach is new chip designs, such as Alphabet's (GOOGL) Google's Tensor Processing Unit, a custom chip, something I explored in

Continue reading here:

Atomera Hopes to Make Money Solving the Breakdown of Moore’s Law – Barron’s

What is Moore’s Law? Webopedia Definition

Main TERM M

By Vangie Beal

(n.) Moore’s Law is the observation made in 1965 by Gordon Moore, co-founder of Intel, that the number of transistors per square inch on integrated circuits had doubled every year since the integrated circuit was invented. Moore predicted that this trend would continue for the foreseeable future. In subsequent years, the pace slowed down a bit, but data density has doubled approximately every 18 months, and this is the current definition of Moore’s Law, which Moore himself has blessed. Most experts, including Moore himself, expect Moore’s Law to hold true until 2020-2025.

TECH RESOURCES FROM OUR PARTNERS

Stay up to date on the latest developments in Internet terminology with a free weekly newsletter from Webopedia. Join to subscribe now.

Original post:

What is Moore’s Law? Webopedia Definition

What is Moore’s Law? – Definition from WhatIs.com

The original Moore’s Law derives from a speech given by Gordon Moore, later a founder of Intel, in 1965, in which he observed that the number of microcomponents that could be placed in an integrated circuit (microchip) of the lowest manufacturing cost was doubling every year and that this trend would likely continue into the future. As this observation and prediction began to be frequently cited, it became known as Moore’s Law. In later years, the Law was occasionally reformulated to mean that rate. The pace of change having slowed down a bit over the past few years, the definition has changed (with Gordon Moore’s approval) to reflect that the doubling occurs only every 18 months.

Continue reading here:

What is Moore’s Law? – Definition from WhatIs.com


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