GET THE KIND OF MACBOOK PERFORMANCE YOU NEVER THOUGHT WAS POSSIBLE TODAY

AS ABOVE - SO BELOW

An Arctic Pack under your Mac will SUCK OUT THE HEAT

- RAPID EVASIVE THERMAL TRANSFER -

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Employ Conduction, Convection and Radiation NOW

THIS IS NO COOLING PAD THIS IS ICE COLD

Computer cooling is required to remove the waste heat produced by computer components, to keep components within permissible operating temperature limits. Components that are susceptible to temporary malfunction or permanent failure if overheated include integrated circuits such as central processing units (CPUs), chipset, graphics cards, and hard disk drives.

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Silver and Gold sheeting used to cover satellite bodies, real gold is used on satellite components. ...and because of its excellent ability to reflect infrared light while letting in visible light, astronauts' visors have a thin layer of gold on them to protect their eyes from unfiltered sunlight

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MULTI LAYERED INSULATION OVER NANO TECH JELLY BLADDER

A BLADDER WITH TWO OR MORE COMPARTMENTS FILLED WITH A FREEZE DRIED AND IRRADIATED BACTERIUM Pseudomonas Syringae nested in coolant gel and covered with a metalic multi layered insulate

The "ice-plus" protein

The ice-forming bacteria increase the temperature at which ice crystals form, thus giving you a pillow of ultra cold to place your Laptop down on in a fraction of the time it would normaly take

Though the bacteria aren’t alive, they still have the ice-making protein anchored to their outer cell walls, so they still form ice.

There are three techniques employed

The first technique involved a layer of proteins that surrounded the body of the bacteria—some were hydrophobic and others were hydrophilic—the opposing forces allowed the bacteria to shuttle water molecules around like a tiny tugboat, coaxing them into formations that were conductive to crystal growth.

The second technique involved using vibrational energy to actually remove heat from the area surrounding the molecules that they had lined up, leaving them colder, which resulted in ice crystal formation at temperatures that were above freezing.

This bacteria also have antifreeze proteins in their bodies to keep themselves from freezing.

When P. syringae interact with the water embeded in the gel, the protein shifts molecules around — ordering them into a template for forming ice crystals. In addition, the bacteria actes almost like a refrigerator, by removing heat from the water.

The bacteria, Pseudomonas syringae, have equipped themselves to cause the cold with proteins that create ice crystals at temperatures that don't normally freeze water. P. syringae live on agricultural crops, plants, and trees and use their ice-making abilities to cause frost damage. The ice crystals they produce basically shatter plants’ tissues so the bacteria can access the plants’ nutrients. Now We’ve harnessed these organisms for our own purposes: with

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, But we're not the only ones .P. syringae are routinely used to make artificial snow in Hollywood blockbusters & ski resorts around the world.

The secrets of super quick ice formation

Watch How It works

Pure water doesn’t freeze at 32 degrees Fahrenheit (0 degrees Celsius). It actually stays liquid until about - 40 degrees Fahrenheit (- 40 degrees Celsius). To freeze at higher temperatures, water needs a fleck of dust, soot, or sea salt — something to serve as a center that water molecules can latch onto. Most scientists believe that P. syringae are swept by wind from the ground to the sky. In the atmosphere, these high-flying, ice-making bacteria lower the freezing temperature to around 25 to 18 degrees Fahrenheit (- 4 to - 8 degrees Celsius) and form ice crystals. That creates clouds, which are basically agglomerations of water droplets and ice crystals.

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WITH ARCTIC

AS WITH ALL GOOD THINGS 

ITS WHATS INSIDE THAT COUNTS

Let your Mac run fast with an Arctic Blast

This is Chemical Biology wrapped in Aerospace Technology