Its spelled "disinformation" it really doesn't help your argument to deliberately misspell words as a rhetorical device.
The strangest part is that there is obviously lots of money to be made in new technologies and new sources of energy. It's rather sad that these old men are so incapable of adapting as to take advantage of it. They're too shortsighted and seem to want to try to prevent the future coming. You can't actually do that. You either keep up or get out of the way... or you get swept under.
The strangest part is that there is obviously lots of money to be made in new technologies and new sources of energy. It's rather sad that these old men are so incapable of adapting as to take advantage of it. They're too shortsighted and seem to want to try to prevent the future coming. You can't actually do that. You either keep up or get out of the way... or you get swept under.
Crossing our bridges perhaps as much as a century before we need when the technologies in question are many times more expensive than current generation is in point of fact the economics of the madhouse. These guys are businessmen . If these things actually worked in the real world and could make money without huge subsidy they would be in there like a shot and no mistake
Most of our technologies are created via subsidy. Most notably the internet you're using right now. Business have proven itself notoriously incapable of creating new technologies or ideas. It is only skilled at exploiting them.
The strangest part is that there is obviously lots of money to be made in new technologies and new sources of energy. It's rather sad that these old men are so incapable of adapting as to take advantage of it. They're too shortsighted and seem to want to try to prevent the future coming. You can't actually do that. You either keep up or get out of the way... or you get swept under.
Most of our technologies are created via subsidy. Most notably the internet you're using right now. Business have proven itself notoriously incapable of creating new technologies or ideas. It is only skilled at exploiting them.
With renewables the subsidies often cost more than the value of the power generated. This is what happens to costs when such subsidies get completely out of hand. I would not like to be a Dane !
History has shown that people who are making money doing one thing will fight tooth and nail to keep doing it.
I think, maybe, Intel, AMD, and a whole host of other companies might disagree with you about that.
Now, if you had said that businesses are notoriously reluctant to spend money on unproven or undeveloped technologies...especially if the possibility of getting any kind of return on that money is in doubt, then I would agree with you.
... That's what I said. Until public money proves the technology, the business folks won't touch it. They don't innovate until someone else does the legwork. Until we, the public, pay for it. Until return is guaranteed, they don't act. They don't create, they only exploit.
A multigate device or multiple gate field-effect transistor (MuGFET) refers to a MOSFET (metal–oxide–semiconductor field-effect transistor) which incorporates more than one gate into a single device. The multiple gates may be controlled by a single gate electrode, wherein the multiple gate surfaces act electrically as a single gate, or by independent gate electrodes. A multigate device employing independent gate electrodes is sometimes called a Multiple Independent Gate Field Effect Transistor (MIGFET). Multigate transistors are one of several strategies being developed by CMOS semiconductor manufacturers to create ever-smaller microprocessors and memory cells, colloquially referred to as extending Moore's Law.[1]
Development efforts into multigate transistors have been reported by AMD, Hitachi, IBM, Infineon Technologies, Intel Corporation, TSMC, Freescale Semiconductor, University of California, Berkeley and others and the ITRS predicts that such devices will be the cornerstone of sub-32 nm technologies.[2] The primary roadblock to widespread implementation is manufacturability, as both planar and non-planar designs present significant challenges, especially with respect to lithography and patterning. Other complementary strategies for device scaling include channel strain engineering, silicon-on-insulator-based technologies, and high-k/metal gate materials.
Dual gate MOSFETs are commonly used in VHF mixers and in sensitive VHF front end amplifiers. They are available from manufacturers such as Motorola, NXP, and Hitachi.
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Tri-gate or 'Transistor (not to be confused with 3D microchips) fabrication is used by Intel Corporation for the nonplanar transistor architecture used in Ivy Bridge and Haswell processors. These transistors employ a single gate stacked on top of two vertical gates allowing for essentially three times the surface area for electrons to travel. Intel reports that their tri-gate transistors reduce leakage and consume far less power than current transistors. This allows up to 37% higher speed, or a power consumption at under 50% of the previous type of transistors used by Intel.[16][17]
Intel explains, "The additional control enables as much transistor current flowing as possible when the transistor is in the 'on' state (for performance), and as close to zero as possible when it is in the 'off' state (to minimize power), and enables the transistor to switch very quickly between the two states (again, for performance)."[18] Intel has stated that all products after Sandy Bridge will be based upon this design.
Intel was the first company to announce this technology. In September 2002,[19] Intel announced their creation of 'Triple-Gate Transistors' to maximize 'transistor switching performance and decreases power-wasting leakage'. A year later in September 2003, AMD announced it was working on similar technology at the International Conference on Solid State Devices and Materials.[20][21] No further announcements of this technology were made until Intel's announcement in May 2011 although it was stated at IDF 2011, that they demonstrated a working SRAM chip based on this technology at IDF 2009.[22]
On April 23, 2012 Intel released a new line of CPUs, termed Ivy Bridge, which feature tri-gate transistors.[23][24] Intel has been working on its tri-gate architecture since 2002, but it took until 2011 to work out mass production issues. The new style of transistor was described on May 4, 2011, in San Francisco.[25] Intel factories are expected to make upgrades over 2011 and 2012 to be able to manufacture the Ivy Bridge CPUs.[26] As well as being used in Intel's Ivy Bridge chips for desktop PCs, the new transistors will also be used in Intel's Atom chips for low powered devices.[25]
The term tri-gate is sometimes used generically to denote any multigate FET with three effective gates or channels.
Multigate device - Wikipedia, the free encyclopedia
Its spelled "disinformation" it really doesn't help your argument to deliberately misspell words as a rhetorical device.
The strangest part is that there is obviously lots of money to be made in new technologies and new sources of energy. It's rather sad that these old men are so incapable of adapting as to take advantage of it. They're too shortsighted and seem to want to try to prevent the future coming. You can't actually do that. You either keep up or get out of the way... or you get swept under.
Most of our technologies are created via subsidy. Most notably the internet you're using right now. Business have proven itself notoriously incapable of creating new technologies or ideas. It is only skilled at exploiting them.
I think, maybe, Intel, AMD, and a whole host of other companies might disagree with you about that.
Now, if you had said that businesses are notoriously reluctant to spend money on unproven or undeveloped technologies...especially if the possibility of getting any kind of return on that money is in doubt, then I would agree with you.
The “environmentalists” are showing their true colors; revealing what the more discerning of us have known all along.
It has never been about protecting the Earth, or the environment or whatever.
It has always been about making excuses for government to become bigger, more intrusive, and more burdensome.
Like I said, a whole lot of companies would disagree with you.
No government inducement happening here, folks. Just businesses seeing an opportunity to make more money and doing the R&D to make it happen.
And this is just ONE piece of technology. I'm sure there are others and the businesses involved in those areas would disagree with you, as well.
Sorry to burst your anti-business, pro-government, factually-inaccurate bubble.
No, it's too cold there. Oh, you mean that they pay more taxes and get a whole lot more value for them than we do? Sometimes you have to pay a little more now not to pay a lot more later. That right there, that's the reason our economy is still falling. We only care about the quarterly report, and not the longterm.
Well you have been shown the madness of the economics involved here and been given real world examples (Denmarks is mainly wind not solar so cold doesnt enter into it) when countries over commit to such technologies. By all means volunteer your bills to treble or quadruple unecessarily if you like because you certainly wont save the planet by doing it. The problem I have with todays eco evangelists is they want to 'volunteer' the rest of us with them
Bell stole and patented the invention from Antonio Meucci, who couldn't afford the patent fee.Over 100 years ago, there was a serious, hostile effort made by Western Union to stop the newly invented telephone from getting widely distributed, so they could keep their old telegraph messaging systems running and turning profits. They tried to buy up Alexander Graham Bell's fledgling company and the patents, and just leave them on the shelf until they decided it was time to introduce the new technology. As history turned out, it was the financial backers of Bell's new invention ...
No, they want you to actually pay your share of the cost of energy. Right now, you're dumping the health, environmental, agricultural, and cleanup costs onto others. Personal responsibility, dude. Your electric bill from the coal plant doesn't account for the lung cancer it gives somebody 10 years from now.
You're reading chapters 3 and 4 of the story and ignoring chapters 1 and 2. Those companies make better computers. But they never would have invented computers in the first place. That's the difference. Public enterprise creates new things. Private enterprise swoops in to refine it and get all the money once the legwork is already done. Of course, there's nothing stopping public enterprise from doing the latter step, except private enterprise's desire for more money. They steadfastly refuse to make the first steps. That always gets paid for by us.
All of the physics that allows Intel to know how to make these multi-gate devices, done at universities, paid for by research grants. The original CPUs and chips and the basic technology that allows computers to work, created with public money. Those are the facts that you are ignoring.
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