A group of scientists from the NTI Competence Center in the field of "Technologies of Robotics Components and
- studied the dynamics of qubit networks,
- applied nonlinear dynamics methods to analyze their activity,
- She was the first to discover hyperchaos and study the possibilities of controlling it.
Scientists from Innopolis University and UniversityLoughborough theoretically studied the far-from-equilibrium dynamics of a chain of interacting two-level quantum systems, which are models of Rydberg atoms, and found that even two connected qubits can exhibit chaotic behavior.
In systems with five or more elements, a phenomenon occurs known as hyperchaos - irregular chaotic behavior with a large number of positive Lyapunov exponents.
Quantum computing powercomputers directly depends on the number of qubits: the more there are, the more powerful the devices. Controlling hyperchaos in quantum objects will make it possible to work with larger quantum devices. Potential developments in the field of quantum systems make it possible for us to get closer to humanity's blue dream - to radically increase computing power.
Alexander Tormasov, Advisor to the Russian Quantum Center, Rector of Innopolis University
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