nano crystal electricity . HUGE investment opportunity

Scrapman

Scrapman

Rollingdembones
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Jan 6, 2013
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Comon guys help me out here this is not a scam or anything else so far as i have searched and read every article

READ ON

Dear Reader,

Your life is about to be impacted by one of the most stunning transformations the world has ever witnessed.

A transformation every bit as monumental as when the world went from candles?

To light bulbs.

All thanks to a new scientific breakthrough Forbes is calling,

PROFOUNDLY DISRUPTIVE

In fact, it?s so mindboggling, you?re going to think it?s science-fiction.

But this new form of electricity is 100% real.

What this new magic electricity is capable of doing will absolutely blow you away


Going on a camping trip?

Imagine having a mini-refrigerator stocked up with hot dogs and beer right inside your tent.

While you?re at it, bring a toaster oven and heat up some bagels for breakfast.

With NanoCrystal Electricity, everything will magically run everywhere ? and anywhere ? on its own.

Having a cocktail party in the backyard where there are no power outlets? No problem.

With NanoCrystal Electricity, your blender will crush ice and whip up some frozen margaritas ? wire free.

Going to a big football game when the temperature is five below zero?

Take a portable heater and blow hot air under your seat!

This is the new world of electricity.

A stunning breakthrough that powers up everything without plugs and cords is now set to revolutionize the world.

David Pogue, the award-winning tech journalist from Scientific American says,

Marty Cooper, the inventor of the cell phone, says this new electricity is,

And the famed scientist Stephen Hawking, the most brilliant man of our generation, was so amazed by this new electricity, he simply said,

Imagine the freedom you could soon enjoy?


It could turn on every lamp in your house ? without a plug.

It could power up any TV ? without a single connection to an electrical outlet, modem, or cable box.

It could keep your smartphone always 100% charged ? even when it?s in your pocket.

And that?s just the easy stuff.

Unbound by cords, there is no limit to what this NanoCrystal Electricity technology could do.

Running late for work and don?t have time to make your daily protein shake at home?

No problem, take your blender on the subway ? and make it there.

All your appliances will just turn on ? wherever.

Heck, you could set up your washing machine and dryer and do your laundry in the middle of the living room floor if you want.

Then roll it into your kitchen. It doesn?t matter where it is. It?ll work like magic.

Play the electric guitar?

How would you like to jam ? without ever connecting to an amp? Just start strumming ? and you?ll hear the electric sound reverberate on its own.

Of course, this new electricity will run on a steady flow of electrons like all electricity.

But the beauty of this new electricity is you never have to plug into anything.

You?ll be completely wire free.

The possibilities are endless?

You could drive cross-country and never have to worry about your kid?s iPod Touch or DVD player going dead.

Heck, they can take the TV and play Xbox in the back seat.

You won?t have to settle for foul-tasting gas station coffee either?

With this new magic electricity, bring your own coffee maker and brew the good stuff right in the car!
 
Scrapman

Scrapman

Rollingdembones
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Jan 6, 2013
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south east PA
The New Wireless: Staying a step ahead

Apple, Samsung, and some of the tech industries top companies have all started using the Qi wireless standard.

This tech is just starting to be used, but is it already obsolete?

The FCC just approved a new form of wireless technology that has the potential to uproot the industry.

In fact, this tech could be in all the homes in America soon, and as impressive as that is, there are even broader implications.

Some experts predict that this technology could power over 30 billion electrical devices.

At the heart of this is a small company that holds all the critical patents

In fact, the company is only 1/1,000th the size of GE ? yet they have pioneered a miraculous new ?electricity,? the same electricity that the Washington Times says,

?Will change the world on a scale
hardly seen in human history.?

This company is not well known, but that won?t last?

You can find out how to invest while the stock is cheap, and potentially make a fortune.
 
Scrapman

Scrapman

Rollingdembones
Forum Member
Jan 6, 2013
5,928
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south east PA
The Joker said:
Scrap,

This is all horseshit.

Thanks.
Click to expand...

NO joker i searched everywhere to prove it aint horseshit if i found one report about it not being real than i wouldnt bother THE FCC has approved one source already.


There is magnetic energy out there finally someone found a way to harness it ..just like old Bennie franklin caught lighting in a bottel with a key
 
airportis

airportis

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Sep 22, 2006
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<iframe width="560" height="315" src="https://www.youtube.com/embed/CXPxXiSPM7k" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>


:0003
 
Scrapman

Scrapman

Rollingdembones
Forum Member
Jan 6, 2013
5,928
110
63
south east PA
ok i think i'm wrong about magnetic energy as i said above even tho it does exist it dosent provide electrical power.

A REVIEW ON POTENTIAL APPLICATIONS OF NANOCRYSTAL
TECHNOLOGY

Nanotechnology will affect our lives tremendously over the next decade in very different fields, including medicine and
pharmacy. Transfer of materials into the nanodimension changes their physical properties which were used in pharmaceutics to
develop a n
ew innovative formulation principle for poorly soluble drugs: the drug nanocrystals. The drug nanocrystals do not
belong to the future; the first products are already on the market. Nanocrystals have a wide variety of proven and potential
applications. The
y have been used in the manufacture of filters that refine crude oil into diesel fuel. Nanocrystals can also be
layered and applied to flexible substrates to produce solar panels.
Researchers
at the University of Queensland (Australia) have
yielded promising results in this field. Titania nanocrystals can be suspended in liquid form and applied to surfaces, making it
possible to literally paint a solar panel onto an exterior wall or roof. Nanocrystals are emerging as key materials due to their novel
shape and size
-
dependent chemical and physical properties that differ drastically from their bulk counterparts. The main challenges
in this field remain rationally controlled synthesis and large scale production.
This article presents a brief review on potential
applications of Nanocrystal technology
. An attempt is also made to overview on the brief description of
nanocrystals as well as
associated technology.


Nanocrystals: A Potentially Big Solution in a Microscopic Package

As with most little things that don't behave as we expect them to, nanocrystals pose unique challenges. Take gold, for example. We recognize this particular metal for its signature golden color. If you were panning for gold, you would recognize even a small fleck of gold by its color. Reduce this fleck to a nanometer, though, and you will not be able to recognize it (even if you could see a nanocrystal). It will turn blue-green or red because the nanocrystals, since they are so small, are almost entirely surface area. This greater ratio of surface area allows the metal nanocrystals to absorb colors instead of reflecting them [source: Boysen].

While this little fact may impress your friends at parties, this knowledge -- that nanocrystals follow different rules than other matter -- could also impact the world's fuel sources. Not only can nanocrystals take on different qualities than larger particles of the same material, but they react differently with other elements. The smaller the particle, the more atoms it has at the surface; the more atoms at the surface, the greater the surface area and the greater the ability to interact with other elements.

Think about it like this: You're swimming in a cylinder of water that is deep but not wide. You can touch the edges of the cylinder by simply outstretching your arms and legs like a starfish. Then you decide to swim laps in a shallow pool the size of a basketball court. All things being equal, you'll come into contact with more of the water's surface area if you paddle around the shallow pool than float in the deep cylindrical one. That's how nanocrystals work, too. Their many small particles have more surfaces exposed to other chemicals or elements, which can lead to a greater rate of chemical reaction

This greater surface area makes nanocrystals good catalysts, or substances that enable chemical reactions. When used as catalysts, nanocrystals can increase the rate of a chemical reaction without undergoing changes themselves. This means nanocrystals can convert raw materials into fuel at lower temperatures than other catalysts might. Conversely, nanocrystals make it possible to burn more fuel at a lower temperature.

Nanotechnology could make existing alternative fuel technology more viable. For example, corn is converted into ethanol, an alternative non-fossil fuel. But by the time the corn germinates and is irrigated, harvested, transported and then converted into ethanol, the process is not particularly cost- or energy-efficient. By using nanocrystals as a catalyst, an army of enzymes could efficiently and quickly dine on waste materials like wood chips or grass and convert them to ethanol [source: Understanding Nano].

There's just one problem, though. Nanoparticles, while naturally occurring, are more difficult to purposefully manufacture. Researchers haven't quite figured out a way to harness nanoparticles, let alone mass-produce them. When they do, we could have a renewable, efficient and inexpensive power source -- one that could potentially result in lower energy bills and vehicles with greater engine mileage.



Sources

Boysen, Earl. "How Materials Change in Nanoscale." For Dummies. (Feb. 27, 2013) http://www.dummies.com/how-to/content/how-materials-change-in-nanoscale.html
CAFCP. "What Is the Difference Between a Fuel Cell and a Battery?" (Feb. 27, 2013) http://cafcp.org/faq/what-difference-between-fuel-cell-and-battery
Dume, Belle. "Nanocrystals Produce Hydrogen Using Sunlight." Physics World. Nov. 9, 2012. (Feb. 27, 2013) http://physicsworld.com/cws/article/news/2012/nov/09/nanocrystals-produce-hydrogen-using-sunlight
National Nanotechnology Initiative. "Size of the Nanoscale." (Feb. 27, 2013) http://www.nano.gov/nanotech-101/what/nano-size
National Nanotechnology Initiative. "Working at the Nanoscale." (Feb. 27, 2013) http://www.nano.gov/nanotech-101/what/working-nanoscale
Science Daily. "Huge Potential of Nanocrystals to Raise Efficiency in Fuel Cells." March 28, 2011. (Feb. 27, 2013) http://www.sciencedaily.com/releases/2011/03/110328093059.htm
Science Daily. "Sensor Can Detect Single Nanoparticle and Take Its Measurement." Dec. 22, 2009. (Feb. 27, 2013) http://www.sciencedaily.com/releases/2009/12/091218133309.htm
U.S. Patent and Trademark Office. "Patent Database." (Feb. 27, 2013) http://patft.uspto.gov
Understanding Nano. "Fuel and Nanotechnology." Hawk's Perch Technical Writing. (Feb. 27, 2013) http://www.understandingnano.com/fuel.html
 
S

Statman02

Registered User
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Jan 29, 2000
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I wouldn't buy anything from Michael Robinson......all he wants is an email address and you will be bombarded with with enough spam to make you close it and get another one
 
Scrapman

Scrapman

Rollingdembones
Forum Member
Jan 6, 2013
5,928
110
63
south east PA
Statman02 said:
I wouldn't buy anything from Michael Robinson......all he wants is an email address and you will be bombarded with with enough spam to make you close it and get another one
Click to expand...

yes not buying his thing i dont need any one telling me how to invest using thier scammy BS.

Searach it guys this is real it's unending power all over for any electrical appliance or phones o9r cars that run on electricity i think they want to develop a solid cube for all to use or something that we all can have in possesion that draws the nano crystal energy and just powers everything forever.
Just keep eyes and ears open inquire about it with some expert you may know ...

The other BS was total scam some kind of shale or sheet that was supposed to be mined -- that went bye bye fast
 
Scrapman

Scrapman

Rollingdembones
Forum Member
Jan 6, 2013
5,928
110
63
south east PA
just googled for this stuff as a scam and IT's not a scam or bogus here is new article i just found

Sustainable Energy
Silicon Nanocrystals for Superefficient Solar Cells
Research shows that silicon can wring two electrons from each photon of incoming light.

A typical solar cell generates only one electron per photon of incoming sunlight. Some exotic materials are thought to produce multiple electrons per photon, but for the first time, the same effect has been seen in silicon. Researchers at the National Renewable Energy Laboratory (NREL), in Golden, CO, showed that silicon nanocrystals can produce two or three electrons per photon of high-energy sunlight. The effect, they say, could lead to a new type of solar cell that is both cheap and more than twice as efficient as today?s typical photovoltaics.


As in earlier work with other materials, the extra electrons come from photons of blue and ultraviolet light, which have much more energy than those from the rest of the solar spectrum, especially red and infrared light. In most solar cells, the extra energy in blue and ultraviolet light is wasted as heat. But the small size of nanoscale crystals, also called quantum dots, leads to novel quantum-mechanical effects that convert this energy into electrons instead.

si_quantdot_x220.jpg


Souped-up silicon: A micrograph of a seven-nanometer chunk of crystalline silicon, called a nanocrystal or quantum dot. Such structures could dramatically increase the efficiency of solar cells.

By generating multiple electrons from high-energy photons, solar cells made of silicon nanocrystals could theoretically convert more than 40 percent of the energy in light into electrical power, says Arthur Nozik, a senior research fellow at NREL. In contrast, today?s flat rooftop solar panels are at best just over 20 percent efficient and are theoretically limited to about 30 percent efficiency. Concentrating sunlight with mirrors or lenses could raise that figure to about 40 percent, but the same approach could boost the efficiency of a silicon-nanocrystal solar cell to well over 60 percent, Nozik says.

What?s more, solar cells made of silicon nanocrystals could prove to be cheap, giving them a significant advantage over other approaches to high-efficiency solar cells. For example, advanced ?multijunction? cells have shown efficiencies of more than 40 percent. But these require complicated manufacturing processes that combine expensive semiconductors optimized for different parts of the solar spectrum. Silicon nanocrystals, in contrast, are relatively easy to make, even compared with the material in conventional solar cells, the best of which are made of very large, single crystals of silicon.

Silicon nanocrystals also have marked advantages over the other nanocrystal materials that have shown the multielectron effect. Some of these materials contain toxic elements such as lead or cadmium, and others rely on elements such as indium that are in limited supply.

But silicon is both safe and abundant. It?s also well studied, says Christiana Honsberg, professor of electrical and computer engineering at the University of Delaware, so engineers know how to work with it to make solar cells. Indeed, for many of the same reasons, silicon is by far the most common material in solar cells today, and it?s attractive as the basis for broader deployment of photovoltaics in the future.

Before the NREL work, researchers had believed that silicon crystals small enough to produce the multielectron effect would be impractical as a photovoltaic material. At the nanoscale, the optical properties of silicon change so that it converts less light from the red end of the spectrum into electrons. As a result, any gains from more efficiently converting blue and ultraviolet light would be offset. Nozik and his colleagues found that the nanocrystals did not have to be as small as was previously thought, skirting this problem.

To be sure, the NREL work is only a first step. Making solar cells that take advantage of multielectron generation is a challenge. That?s because the extra electrons are very short-lived, making it difficult to extract them from the nanocrystals to generate an electrical current. Indeed, this has proved so difficult that evidence of the effect has come from indirect methods such as spectroscopy rather than from current generated by a solar cell.


The use of the indirect measures has led some prominent experts to question whether the extra electrons are actually being produced, although Nozik says that the effect has been confirmed using multiple techniques. Nozik and his colleagues are now working to make solar cells out of silicon nanocrystals?they?re exploring a number of novel designs?and he says they?ve recently made direct measurements indicating that their cells are releasing multiple electrons per photon absorbed. (Their results have yet to be published.)
 
airportis

airportis

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Will they have the NASA logo of approval? I am only interested in those sort of products because I know they are legit.
 
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