Computers of the future

Molecular type computer:
Small size, low power consumption, fast operation, large storage capacity.
Operation is the absorption of molecular crystals in the form of electrical information, and in a more efficient way to organize the arrangement.
The process of operation is the interaction of protein molecules with the surrounding physical and chemical media.
The conversion switch is an enzyme, and the program is very clearly expressed in the enzyme synthesis system itself and in the structure of the protein.
A computer with biomolecules can operate in a biochemical environment, even in biological organisms, and can be exchanged in other molecular forms with the external environment.
It will play an irreplaceable role in medical treatment, genetic tracking and bionic engineering.
A molecular computer takes only 10 pico seconds to complete an operation, 1 million times times faster than a person's mind.
With an astonishing storage capacity, 1 cubic meters of DNA solution can store 1 trillion of binary data.
The energy consumption is very small, only one-zero of the computer. Because the raw material of the molecular chip is the protein molecule,
It has the function of self-repairing and can be directly associated with the living molecule.
Quantum type computer:
A computer with a new concept of information processing using the quantum properties of atoms.
Under non-interaction, atoms are in two states at any one time, called quantum hyper-states.
The atoms rotate, that is, spin in the upper and lower two directions at the same time, which exactly matches the computer 0 and the 1.
By bringing together a group of atoms, they do not perform linear operations like electronic computers, but do all possible operations at the same time.
A quantum computer, for example, processes data rather than stepping through it. As long as 40 atoms are counted together, it is equivalent to the performance of a supercomputer today.
In the quantum state of the atom as the central processing unit and memory, it can operate faster than the Pentium 4 chip 1 billion times times faster,
Like an information rocket, in the blink of an instant to search the entire internet, can easily hack any security password, the hacker task is easy,
No wonder the CIA is particularly interested in it.
Photon computer:
At the beginning of 1990, Bell Labs in the United States made the world's first photon computer.
is a new type of computer, which is composed of optical signals for digital operation, logical operation, information storage and processing.
The basic components are integrated optical paths, with lasers, lenses and nuclear mirrors. Since photons are faster than electrons,
It can run up to 1 trillion times faster. It has tens of thousands of times times the storage capacity of modern computers, and it can recognize and synthesize language, graphics and gestures.
Many countries have invested heavily in the study of photon computers. With the combination of modern optics and computer technology and microelectronics,
In the near future, photon computers will become a universal tool for mankind.
Nano computer:
Nano-tube components in the size of a few to dozens of nm, strong texture, with strong electrical conductivity, can replace silicon chip manufacturing computer.
"Nano" is a unit of measurement, a nanometer is equal to 10 (-9) square meters, about 10 times times the diameter of the hydrogen atom.
Nanotechnology is a new frontier research field which developed rapidly from the the early 1980s,
The ultimate goal is for humans to directly manipulate individual atoms according to their own will, creating products with specific functions.
Nanotechnology is starting from the micro-electromechanical system, the sensors, motors and various processors are placed on a silicon chip and constitute a system.
The computer memory chip developed by nanotechnology has a size of only hundreds of atoms, which is equivalent to 1 per thousand of the diameter of a person's hair wire.
The nano-computer not only consumes almost no energy, but also has many times more power than today's computers.
Bio-Computer:
Since the 1980s, Bioengineering has devoted much effort to the study of human brains, neurons and receptors,
In order to develop a computer that can simulate brain thinking, low consumption and high efficiency, the sixth generation of computers-biological computer.
A computer chip made of protein can store up to 1 billion times times the size of an ordinary computer.
The density of bio-computer components is 1 million times times higher than that of neurons in the brain, and transmits information 1 million times times faster than a brain's mind.
The characteristic is that distributed associative memory can be realized. And can simulate the learning function of humans and animals to some extent.
It is a computer with knowledge, ability to learn, and reasoning.
With the ability to understand natural language, sound, text and images, and to have the ability to speak, human machine can use natural language direct dialogue.
It can take advantage of existing and constantly learned knowledge, thinking, association, reasoning, and draw conclusions,
Able to solve complex problems, with the ability to assemble, memorize and retrieve relevant knowledge.

Computers of the future