This is the real black tech!!!

Supercomputer Although the concept of basic components and personal computers is not very different, but the specifications and performance is much stronger, with a higher speed than the PC computing, enough to carry out the general PC can not handle the large amount of data. Because of this, supercomputers are expensive, energy-intensive, and extremely high-volume, possibly larger than your home.

　　Chip only 1.5 square centimeters

However, some people do the opposite, the production of small, very low consumption, small volume, but this is a biological supercomputer, this creature super-life will breathe, this idea is proposed by an international team of researchers. They replace electrons with proteins and disseminate information through living microchips.

The chips they create are small, about 1.5 square centimeters, but if you zoom in, you'll find it's an element rich in city-style grids. The band of protein that travels through the miniature city is actually a very small channel carved into the circuit.

"We have succeeded in creating a very complex network within a very small space," said Dan Nicolau, a bioengineering engineer at McGill University in Canada. The whole project began with a draft written on the back of an envelope, when I was a bit high, so I was doodling on it and it looked like a maze. Later researchers from Germany, Sweden and the Netherlands joined him in developing the concept of the bio-computer.

Protein filament instead of traditional chip electronic function

In the prototype of the biological medium-protein silk, instead of the traditional chip in the electronic function. Proteins provide energy through three adenosine triphosphate (ATP), which can promote cell-level energy transfer in all organisms. Although this live computer model is far from mature, the researchers say it is very small, consumes very little energy, and features less heat, which leads to a new generation of smaller, lower-cost supercomputers with parallel computing.

The paper was published in the Journal of the National Academy of Sciences, in which scientists tested their concepts with mathematical questions to verify biological computers, and the biological media in the chips were computed by their mobile processes in the circuit. Although it is an early product, at least now we know that the concept is feasible, and living computers can become an important component of future supercomputers-perhaps even with traditional silicon-based machines.

Nicolau said: "Now this model can successfully deal with a single problem, there will be more peers to promote the development of this area, such as the use of different biological media." It's hard to say when we can achieve a full-size supercomputer. One way to deal with larger and more complex problems is to combine our devices with traditional computers to form a hybrid computer. Now we are looking at different ways to advance the process. ”

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This is the real black tech!!!