Nonlinear quantum physics of oscillators
Quantum oscillator is an elementary physical system with both continuous wave and discrete particle features. Moreover, the quantum oscillator can simultaneously exhibit
both nonlinear and complex phenomena capable of producing many Quantum optics is excellent for testing and understanding of these phenomena and bringing them closer to applications. Quantum oscillators will have many applications
in science and technology beyond the framework of classical physics, for example, Nonlinear measures quantifying oscillator applications allow growing of positive outcomes. Nonlinear dynamics can do much more. Majority of sufficiently strong highorder nonlinearities are still missing at the quantum level. Now highly nonlinear operations with oscillators can go far beyond a border of nonlinear optics. Quantum optics also merges with nonlinear mechanical and electric oscillators. They can provide applicable nonlinear effects Quantum optics also reaches the complex phenomena, already with a single nonlinear oscillator and later with oscillator arrays. Interaction of many nonlinear quantum oscillators is a challenge in theory and experiment, but also a current chance for science and technology.
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Noise and coherence of oscillators
Nonclassical effects of nonlinear oscillators Nonlinear measurement and quantumtoclassical transition Nonlinear operations with oscillators (optical, electrical, atomic, solidstate, matterwave, mechanical oscillators) Quantum communication between nonlinear systems Nonlinear metrology Analog quantum simulators of nonlinear phenomena Nonlinear mechanical machines Nonlinear stochastic and quantum thermodynamics
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