Google's Quantum Supercomputer Can Solve the 'Impossible'

This updated guide examines Google's Quantum Supercomputer Can Solve the 'Impossible' and organizes the essential facts, background, and practical takeaways in clear American English.

The scientific report of this achievement is published in the journal Nature. This report signals the strong rise of quantum computers in the future. These quantum computers are much more capable of storing and processing information than classical computers, specifically a supercomputer.

The difference that makes quantum supercomputers much faster to handle calculations than conventional supercomputers is the data description transistor. While conventional computers use data as either 1 or 0 at a time, quantum computers can use the data in any combination of 0 and 1 using quantum bits. (quantum bit or qubit).

According to Sciencenews, using only a Sycamore chip of 53 qubits, the researchers solved calculations that ordinary computers could not handle. To keep the chip active and maintain a qubit, it needs to be placed in an extremely low temperature chamber, about -273,135 degrees Celsius. According to Google, this chip only needs 200 seconds to perform a calculation. that the most powerful supercomputer in the world now takes 10,000 years.

Below is a video introducing Google's quantum superiority achievement, please watch.

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