What is the universe made of? Matter?
Dark matter, energy, vibrations?
According to physicist Vlatko Vedral, our Universe is made up of information.
According to this, if we break the universe into smaller and smaller pieces what would be left in the end would be bits. Yes, these bits of information similar to those of the computer.
A bit is the smallest piece of information, representing the distinction between two binary possibilities (yes or no, true or false, zero or one, and on).
The word bit refers to the physical information storage unit of your computer, a bit is registered by a tiny magnet on one of the poles of your memory drive. At this tiny scale, the universe would be controlled by the laws of Quantum physics.
Quantum supercomputers that can read qbits, that is, quantum bits, can understand information using quantum laws.
That is, while a bit can say yes or no, a qbit can say yes and no at the same time. That's why quantum computers can solve problems that normal computers don't understand.
In his book Vlatko argues that we should view the universe as a huge quantum computer. It may seem like something beyond, but he has the scientific basis to state it.
Physics shows that electrons can store bits of information. So scientists now focus on trying to figure out how the universe translates this recorded information on such a small scale.
Sources: Space.com and Big Think.
Another curiosity; the theoretical physicist James Gates jr (from the University of Maryland) in studying superstring theory found in equations a kind of space-time error correction codes.
Nicknamed them Adinkra codes.
Dark matter, energy, vibrations?
According to physicist Vlatko Vedral, our Universe is made up of information.
According to this, if we break the universe into smaller and smaller pieces what would be left in the end would be bits. Yes, these bits of information similar to those of the computer.
A bit is the smallest piece of information, representing the distinction between two binary possibilities (yes or no, true or false, zero or one, and on).
The word bit refers to the physical information storage unit of your computer, a bit is registered by a tiny magnet on one of the poles of your memory drive. At this tiny scale, the universe would be controlled by the laws of Quantum physics.
Quantum supercomputers that can read qbits, that is, quantum bits, can understand information using quantum laws.
That is, while a bit can say yes or no, a qbit can say yes and no at the same time. That's why quantum computers can solve problems that normal computers don't understand.
In his book Vlatko argues that we should view the universe as a huge quantum computer. It may seem like something beyond, but he has the scientific basis to state it.
Physics shows that electrons can store bits of information. So scientists now focus on trying to figure out how the universe translates this recorded information on such a small scale.
Sources: Space.com and Big Think.
Another curiosity; the theoretical physicist James Gates jr (from the University of Maryland) in studying superstring theory found in equations a kind of space-time error correction codes.
Nicknamed them Adinkra codes.
Sílvio Guerrinha
Versão portuguesa deste post
The Big Bang theory needs a complete formulation of M-theory/The eleventh dimension theory
ReplyDeleteTherefore, the membranes theory needs to compress its additional dimensions to build candidate models for the four-dimensional world
(The fourth dimension of our world is time)
Because the M- theory is the eleventh dimension theory
We ask mathematicians and physicists to create correct mathematical equations in order to fully formulate the membranes theory
The number of dimensions in M-theory is 11
But the number of spatial membranes in the M- theory is a mere nine
The necessary suggestion is:
( such a formulation should describe two- and five-dimensional objects called branes and should be approximated by eleven-dimensional supergravity at low energies )
Please communicate the request as well as the necessary suggestion to mathematicians and physicists
.