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Splitting of the transverse-motion energy levels of positrons during channeling in the [100] direction of a silicon crystalThe motion of charged particles in the crystal can be both regular and chaotic. Within the quantum
Statistical properties of the transverse-motion energy levels for channeling electrons in a silicon crystal under dynamical chaos conditions these characteristics demonstrate agreement with quantum-chaos-theory predictions
On the effect of quantum tunneling on the energy spectrum of the transverse motion of channeled positrons in a silicon crystalThe movement of charged particles in a crystal can be both regular and chaotic. At the quantum
Simulating quantum states of positively charged particles channeling along the [111] direction in a silicon crystalSimulating quantum states of positively charged particles channeling along the [111] direction in a
Splitting of the transverse-motion energy levels of positrons during channeling in the [100] direction of a silicon crystalThe motion of charged particles in the crystal can be both regular and chaotic. Within the quantum
Quantum hydrodynamic theory of quantum fluctuations in dipolar Bose-Einstein condensateTraditional quantum hydrodynamics of Bose-Einstein condensates (BECs) is restricted
Understanding Bridging Sites and Accelerating Quantum Efficiency for Photocatalytic CO2 Reduction that accelerate quantum efficiency for photocatalytic CO2 reduction reaction (CO2RR) via Mo–S bridging bonds sites
Positrons vs electrons channeling in silicon crystal: energy levels, wave functions and quantum chaos manifestations and chaotic. The dynamical chaos in quantum systems manifests itself in both statistical properties of energy
Probing quantum chaos in many-body quantum systems by the induced dissipationProbing quantum chaos in many-body quantum systems by the induced dissipation
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