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Human Cells Can Make Computer Chips That Are Smaller And Faster Oct 29, 2018

According to foreign media reports, the future of computer will become smaller, the scientists said, will the human body cell cytoskeleton (cytoskeletons) connected together, the future can be used in the manufacture of computer chips, it will be a computer, an innovative landmark event in the history.A team of scientists say we have developed a way to make computer chips based on the cytoskeleton, the protein scaffolding that gives cells their shape

They argue that silicon chips, which revolutionised computing in the 1980s, will soon be a thing of the past.Scientists have previously used DNA to make computer chips, but experts at the university of the west of England have proposed a completely different kind of microstructure for a new kind of computer chip.

The cytokines are made up of protein structures just 25 nanometers wide, which are about half the length of a hepatitis virus cell.The researchers say the signals can be sent through two proteins that make up cytokines: actin and tubulin.

Cytoskeletal cells are tiny scaffolds made of proteins that give shape to cells and help them move.This is a microscopic image of a cell and its cytoskeleton, which is mainly a tubular structure made up of protein actin (shown here in red) and microtubulin (shown here in green).

They transmit data through the movement of atoms and electrons through cells, and scientists can manipulate these signals to operate on the basis of computational instructions.According to the team's latest theoretical model, these signals could be used to make logic gates, one of the basic units of a digital computer.

They say the cytoskeleton has an advantage in making DNA chips because they are so simple and can process signals better.If the cytoskeleton computer is successfully developed, these chips will lead people into a new era of computing, where computer chips will become smaller and more efficient.

The cytoskeleton is very small, so it USES very little energy, which makes them more efficient than conventional silicon chips.They can also be made into 3D structures, whereas silicon chips have to be kept flat.This means that the cytoskeleton chip can accumulate to form the processor chain of millions of chips without taking up too much space.Biochips made of DNA or human cytoskeletons could revolutionize supercomputers, researchers say.

Oss King, a researcher at the university of Manchester in the UK, says that a supercomputer currently consumes as much energy as thousands of cytoskeletal computers. Using biochips, you can get orders of magnitude changes that can be placed in a much smaller space.In the near future, you will have a desktop size supercomputer that will consume a fraction of the power.

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