Google has recently announced that it has managed to significantly reduce the number of errors in its computers quantum thanks to artificial intelligence (AI). This advance is significant since the operation of quantum computers is based on the manipulation of qubits, which are the fundamental processing unit in this type of machine, and any error in their manipulation can result in inaccurate results.
The Google team has been working on improving the quality of quantum computer hardware for several years, and has made significant progress in reducing errors in qubit manipulation. However, these advances have been limited by the inherent limitations of quantum hardwaresuch as sensitivity to environmental fluctuations.
To overcome these limitations, Google has turned to AI to develop a bug fix system that can detect and fix bugs in real time. The system uses a neural network that is trained on test data generated by quantum simulations to learn to detect patterns in errors and automatically correct them.
According to Google, this system has managed to reduce the number of errors in quantum computers of the company by 10% on average, which is a significant achievement in a field where every small improvement can have a significant impact on processing power and accuracy of results.
Artificial Intelligence helps Google’s quantum computer to have fewer errors
This breakthrough is especially important because quantum computers have the potential to revolutionize many fields, from cryptography to chemistry to artificial intelligence. However, for these advances to be possible, quantum computers need to be able to process large amounts of information accurately and efficiently.
The reduction of errors in quantum computers thanks to AI is just one of the many advances that are taking place in this field. As technology advances and technical challenges are solvedquantum computers are likely to become increasingly common and are used in a variety of applications.
Google’s progress in reducing errors in its quantum computer thanks to AI is a significant achievement in a field where every small improvement can have a significant impact on the processing power and accuracy of the results.
This breakthrough may help pave the way for future applications of quantum technology and open up new possibilities in fields such as cryptography, chemistry, and artificial intelligence.