Artıfıcıal ıntellıgence and quantum technology
With the explosion in digital technologies, our world produces more than 2.5 exabytes of data every day. Today this data is equivalent to the memory of 5 million laptops or 150 million phones. The data flood, which is expected to increase day by day, has increased the need for hardware that can support this.
Exabyte (EB) computers 1024 petabytes meaning
Upper and lower
units 1024 PB ()= 1 EB
petabyte 1 ZB (zettabyte) = 1024 EB
It is thought that the words that human beings have spoken so far consist of a total of 5 exabytes of data.2007 at Berkeley University, the total amount of data produced in digital media as of 2007 is 295 exabytes. ( Wikipedia )
This hardware enhancement means faster computing or processing speed and larger storage systems.
Current data streams today require computers that can perform complex calculations in seconds. Artificial intelligence meets this.
Companies and R&D around the world are racing to build advanced processors and are investing in computing.
Big data is pushing the limits of existing IT infrastructure to handle large datasets effectively. This has led to the development of an exciting new quantum computing paradigm that has the power to dramatically increase speed. But before that, let’s understand the current technology and the need for quantum technology.
Quantum Computing unites the two great scientific revolutions of this century: computer science and quantum physics.
Quantum computing, bits, registers, gates, etc. It has all the elements of traditional computation, but does not depend on machine-level boolean logic. It can run in parallel doing multiple things at once, making it a million times faster than current computers.
The operation of these computers is somewhat complex, and the entire field of quantum computing is still largely abstract and theoretical. Quantum bits are called qubits. All we really need to know is that qubits are stored by other particles, such as atoms or ions, that are in different states and can be switched between those states.
With such computing powers, we will one day be able to store complete information, such as the genetics of every human being in existence.