Russian physicists were able to trigger the transition of matter into a special state through correlated chaos

Scientists suggest that this system can be developed to the level of 300 qubits or more

The achieved processor parameters enabled the implementation of a series of complex algorithms

Large-scale eight-channel programmable interferometer has no analogues in the world

These superconducting qubits outperform other options in terms of computational state isolation and coherence time

The development of innovative technology of homomorphic computing for processors belongs to Russians

In terms of the number of operations, it surpasses 80-qubit processors, and this is a step towards the quantum internet

The work was carried out with the support of the Ministry of Science and Higher Education of the Russian Federation

The clearer and stricter the 'order' from business and government, the sooner this moment will come

Role models needed for future scientists

The head of the QApp company and a leading business development specialist of the QBoard company, Anton Guglia, gave comments to WWW1.ru about the future of quantum startups in Russia

Senior Researcher at the Russian Quantum Center Dmitry Chermoshentsev explained that a quantum computer will be able to solve a wide range of tasks in many areas - from food delivery to healthcare.

Humanity is on the verge of the Second Quantum Revolution, and in these conditions, ensuring the information security of business, government structures, and ordinary users is becoming increasingly critical.

Russian scientists will be able to register Alzheimer's disease, Parkinson's disease, and epilepsy using quantum sensors. Maxim Ostras, the head of the QLU startup, tells WWW1.ru more about the project.