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Title: Why It's Time to Throw Out Your Laptop
Source:
email - Agora Financial
URL Source: [None]
Published: Oct 28, 2013
Author: Ray Blanco
Post Date: 2013-10-28 18:13:16 by BTP Holdings
Keywords: laptop, obsolete
Views: 205
Comments: 11
Why It's Time to Throw Out Your Laptop Forbes called this next breakthrough one of the "Ten Things That Will Change the Way We Live." They compared it to the plow, the printing press, cars, planes, and the telephone. Toshiba says that within the next five years, the market for this one discovery could be as big as the entire multi-billion dollar market for computer chips is today. And the experts at London’s Institute of Physics even put a number on it, saying this could be worth as much as $100-billion a year. Other insiders whisper about this technology that I'm about to reveal to you right now as the "holy grail" of computing. No, I'm not talking about the iPads or "smart" phones. Or even the second generation of the Internet, which we're supposed to get access to any day now. Instead, I'm talking about the biggest quantum leap forward in computing power since Gordon Moore and his buddies first came up with Intel's first semiconductor chip in the 1970s. I'm sure you know even small leaps forward in computer speed force big changes. The Internet, satellites, and GPS… cell phones, bank machines, and air traffic control… the human genome map, space travel… industries, jobs, and trillions of dollars in wealth… Every single one of them happened thanks to faster computing. We went from a no-computer economy to a world that can't survive without them. And millions of Americans got very rich, making that a reality. They're about to get richer still — and so could you —as the new "nano-computer" breakthrough I'm about to show you changes everything, all over again. A Million Times Faster See, computers have doubled in power, on average, about every 18 months. Ever since Intel's Gordon Moore predicted they would, starting back in 1965. But this next breakthrough could multiply that power by 100 times or more overnight. In fact it could very quickly jump to thousands of times faster. According to at least one scientist working in IBM's lab in San Jose, California, computer speeds could even jump to up to one million times faster… all on the back of this one breakthrough. Can you imagine how many billions something like this could be worth? Not only could it mean replacing your laptop, your cell-phone, and every other "information" device in your house… but business computers and multi-million-dollar mainframes, too. Think about this: It's the "silicon" chip that gave a name to Silicon Valley. And this is the breakthrough that could make the silicon chip irrelevant. This is that big of a discovery. Like I said earlier, the top experts at the London Institute of Physics alone say, "[this] potential market is worth hundreds of billions of dollars a year." So what exactly is this multi-billion-dollar game-changer? The Wealth-Making Secret That Won a Nobel Prize In 2007, the technology behind this won a Nobel Prize. And a handful of scientists have been perfecting it ever since. It's called "spintronics." That's because what it does is use tiny magnets to control the spin of individual electrons. That lets the chips move data in every direction instead of just "on" or "off." That's what could soon make it possible to record data in every direction too. Which means that not only could the next wave of computers do each calculation faster… they could do many more of them at exactly the same time. See, what you might not know is that your computer — even if it's already a fast model — still does all its calculating step-by-step. It's called "serial" processing. And it works just like the way you read the words on this page — in order, one at a time. But imagine if you could soak in all the words at once. Imagine, for instance, absorbing every syllable in War & Peace in an instant… and without missing a single detail. That's closer to what this new "spintronics" computer could do. You don't have to be a science geek to see the market potential. You'll Never Need to "Save" a File Again Here's something else… Spintronic computer chips don't need electricity to hold on to data. So even if someone kicks a plug out of the wall, you lose nothing. It's all right there waiting for you when you flick your computer back on. It won't even need to boot up. Instead you'll flick it on like a TV or a light switch and your work will be there, waiting for you. What's more, you'll have up to 1,000 times more room to store everything too — a lifetime worth of photos, movies, music, you name it — even though spintronic chips are super small. So small, you could stack 500,000 of them in an Altoids tin. Or 700,000 of them in a coffee cup. And each one weighs less than a typical mosquito! Imagine how many products you could jam with this kind of tiny, high-speed processing power. Every gadget you can think of — and many more nobody's yet imagined —could one day be packed with "spintronic" processing power. Yes, this is not something you can sit back and ignore. In fact, it's already heating up a handful of radar screens among those who "know" this field. But you still have a little time to make your move. That's why I urge you to let me send you a brand new FREE report we call Converging Profits: Fast Gains on Everything From Quantum Computers to Revolutionary Energy. And I'd love a chance to send it to you. Why Tech Booms Are Best After a Market Crash During the Great Depression… we first got the digital computer… Polaroid photography… radar… the jet engines and the jet airplane… Teflon… the electron microscope… radio tubes… neoprene rubber and nylon… helicopters… antibiotics… Colt revolvers… photocopiers… even peanut butter! During the 1970s Downturn… we first saw Dot matrix printers, ink jet printers, and laser printers… the modern cell phone… the first video game (Pong)… the Sony Walkman… Gore-Tex… the Rubik's cube… Post-It notes… Ethernet… commercial VCRs… Intel and the first microprocessor… During the early 1980s recession… we got the first home computer from Apple… another from IBM… and Bill Gates first versions of MS-DOS, the first product from Microsoft. In the early 1990s recession… we got email and the World Wide Web, opening the door for a dotcom boom and Yahoo, eBay, and Amazon.com. The '90s also saw the mapping of the genome and a new revolution in bioscience. Even after the dotcom bomb in 2001… Google hit the search engine scene… Amazon leased space on their huge computer banks, helping to launch "cloud computing"… Linux arrived… and Apple came out with the iPod. Bottom line: when times are good, companies spend on more of the same. But in the wake of a bust, they spend on getting bigger, better, and faster… because that's how to survive. Where's the smart money headed right now? Read on… Like I said, it's yours free. Inside, we name three dominant companies that hold the keys to next generation breakthroughs. We also give you all the rest of our research on why this is so important, how it could take off very soon, and how you can use this insight to realize a giant windfall over the months ahead. I hope you'll let me rush you a copy. I will mail you a copy immediately AND you can also go right now and download the full report for yourself. Both ways, it's yours absolutely FREE. No questions asked. Just follow the simple step at the end of this letter and it's yours. But first… why these kinds of companies? History Proves It — This Is the Single Best Opportunity in Busted Markets Why companies like the ones we just talked about… and why now? Let me ask you this. In the days after 9/11 and the 2001 recession… just after the 1993 recession… just after the recession in the early 1980s… after the market crash that started in 1973… and even going back to the Great Depression… what's the one common denominator? In every case, a single kind of "lifeboat" opportunity followed. Not only did it turn around a bleak situation… it managed to make a few smart and early responders extremely rich. And all you needed to be one of them was to have your eye on the bigger picture. Because in each case, the surprise rebound started not with Wall Street or Washington… but from where nobody but the most creative and inventive expected it to come — innovation. Take what happened in 1947. Jobs and markets were down, fear was up. America was headed into a post-war recession. And nobody knew what to do next. But people forget AT&T's Bell Labs still came out with the transistor that same year. The first mobile phone appeared then too, believe it or not — only truck drivers used it. But it paved the way for breakthroughs and bigger-than-life fortunes to come. Then there's 1953. Our economy was on spin cycle. It shrank 6% in 12 months. But go figure — that was also the year science discovered DNA. Who on Wall Street paid attention? Not many. Just five years later, markets crashed again and millions lost their jobs. But that didn't stop Texas Instruments from inventing the integrated circuit or NEC from coming out with the first supercomputer. My point is — the one thing you can count on in a crisis moment is man's relentless creativity. We're hard-wired for it. And it's where the smart money gets rewarded, time after time. This time it's no different. The Wealth Secret So Powerful, Stalin Shot Him for Finding It Commie crackpot Joseph Stalin had a man shot for discovering this chart… It's called the Kondratieff curve, after economist Nikolav Kondratieff. What Stalin realized is that it proves enterprise and innovation — not socialism — create wealth. So he had Kondratieff shot. But even Stalin couldn't hide the truth. With every slump, innovators found the way out… with one revolutionary breakthrough after another. But you have to act while nobody else is looking. Now is that time! You see, leading up to a market bubble, money pours into consumer "stuff" and credit. Of course that can't last. And that's where we were in 2008… when the market collapsed. But after the crash, cash piles up. That's what's happened for Apple, with nearly $100 billion in cash in 2012. And, since the end of 2008, Apple shares are up 462%%. Cisco has stockpiled $45 billion in cash, too… Microsoft has more than $65 billion set aside… Oracle put away $20.8 billion during the bust… Google had $24.8 billion in the bank. These are just the names you know. Smaller techs have cash piles too. And they're starting to flow it into the innovation cycle. This is exactly how crisis creates opportunity. It's also how a few smart people get very rich. Poster Comment: Stalin had Kondratief shot for showing him that not was not socialism that created wealth. ;)
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#1. To: BTP Holdings, 4 (#0)
Can you imagine how many billions something like this could be worth? Not only could it mean replacing your laptop, your cell-phone, and every other "information" device in your house… but business computers and multi-million-dollar mainframes, too Before I replace all of these things, I'll toss them out and renew my library card. A laptop is as high tech as I plan to be, and if they do become obsolete, it can all move forward without me.
I'm not going to replace my laptop either. Just thought that was an interesting article. I've already been thru hell with the one I've got. The hard drive crashed and it took the guy two days to fix it. He did not show up the first day, so I had to wait another day. He finally made it. ;) "When bad men combine, the good must associate; else they will fall, one by one." Edmund Burke
What the.......I feel like I was just exposed to an infomercial!! Hmmm, my laptop does just fine for what I need. I'll wait for the Walmart- priced version if it's that neat 'n dandy :) According to at least one scientist working in IBM's lab in San Jose, California, computer speeds could even jump to up to one million times faster… all on the back of this one breakthrough.
#2. To: Jethro Tull (#1)
Before I replace all of these things, I'll toss them out and renew my library card. A laptop is as high tech as I plan to be, and if they do become obsolete, it can all move forward without me.
#3. To: BTP Holdings (#0)
-Alex Kurtagic
#4. To: X-15 (#3)
That's the way these guys operate. Nothing I can do about it. Thought it was interesting, so I copied it and posted it. The email was from Agora Financial. They are always looking for suckers to put their cash in on some scheme. ;) I feel like I was just exposed to an infomercial!!
"When bad men combine, the good must associate; else they will fall, one by one." Edmund Burke
#5. To: BTP Holdings (#0)
Encryption will need to be completely reinvented. All past encryption will be easily crackable.
#6. To: Pinguinite (#5)
I really do not know much about encryption. But, I do know that this is how emails are sent so it makes them harder to crack. ;)
"When bad men combine, the good must associate; else they will fall, one by one." Edmund Burke
#7. To: Pinguinite (#5)
I am sure the NSA already can decrypt most anything if they really want to. They don't care about Tor because that only makes it easier for them to spy on you by having many of their computers on the Tor network pretending to be the destination server and sending spy-ware instead. Encryption will need to be completely reinvented. All past encryption will be easily crackable.
God is always good!
#8. To: BTP Holdings (#6)
Present day encryption is fairly simple to understand. The usual method for encryption these days is "public key" encryption. This method uses a very large number as the key to encrypting. This large number is created by multiplying 2 smaller prime numbers together. A prime number is of course, a number that can only be evenly divisible by itself and 1. To decrypt a message requires knowing one of the prime numbers used to create the larger number. The current "brute force" method of decrypting involves dividing this large number by every smaller prime number to look for an answer that is a whole number, which would be the only other prime number that will divide evenly into the large encrypting number. While it's simple in concept, it would take a regular computer 1000's or millions of years to do all the dividing needed before stumbling on the 2 numbers that were used to create the large number. The NSA has super computers at it's disposal to reduce this task to mere weeks or months. With patience and an endless budget, they have all they need. With quantum computing as per this article, common household PC's will be able to find the prime number divisors very easily, meaning any past encrypted material will be easily unlocked. So with the revolution in quantum PC's a new type of encryption, which also requires quantum PC's to create, will be needed.
#9. To: BTP Holdings (#6)
If they are not also stored on the server encrypted then emails are still very accessible to anyone that can hack that server. Hacking email accounts is not that hard either, even Sara Palin knows about this now. I really do not know much about encryption. But, I do know that this is how emails are sent so it makes them harder to crack. ;)
God is always good!
#10. To: BTP Holdings (#0)
Gee I can't wait for the NSA to get hold of this. And never fear, they'll be first in line to buy a truckload of it.
#11. To: Pinguinite (#8)
Thanks, but it's all still Greek to me. ;)
"When bad men combine, the good must associate; else they will fall, one by one." Edmund Burke
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