Amazon introduced the first quantum chip by taking an important step in quantum calculation. This new chip of the company is capable of reducing the cost of adjusting quantum errors by up to 90 percent.
Ocelot uses a technology called “Cat Qubit (Cat Cubit)” inspired by Schrödinger's experiment. This technology naturally prevents certain types of errors and reduces the necessary resources to adjust quantum errors. This allows quantum computer to operate more effectively and reliably.
Quantum calculation based on the principles of borrowed from quantum mechanics using “quantum lice” (shapes) to perform more complex calculations than traditional computers. Applications include drug discovery, code, security and artificial intelligence. Creating quantum chips that can work with decreased errors, currently one of the current factors of quantum calculation, will often play a central role in the process of quantum calculation in general. The hardware director of Amazon Quantum Oskar Painter said that in a statement, with the latest developments in quantum research, now the 'may be able' to use quantum computers with the ability to withstand errors for the real world, 'should be asked' when 'should be asked.
It is followed with great attention Quantum calculation is followed with many industries that are interested in, because traditional computers are capable of solving complicated problems. Ocelot can help quantum computers find a wider range of use. When Amazon's new chip significantly reduces the cost of adjusting the error, it can accelerate the spread of quantum computer and contribute significantly to research in many fields. Can quantum computers be used indoors? As is known, quantum technologies are not able to enter the house. The most important reason for this is the cost. The components of quantum computers, especially the cooling system, costly for millions of dollars. Quantum programming language is also very early and the software will help this technology to access to household users have not been developed. The shape is used by quantum computers easily affected by environmental factors. Due to the requirements such as vibration close to zero and running in cold environments, today's home use is impossible. On the other hand, when technology develops, costs and errors decrease. Currently, quantum computers are used in areas such as large data processing and climate models that can be available in our home in the future.