Sentence examples for systems and quantum from inspiring English sources

In addition, the physics of complex systems and quantum physics have played stimulating roles in the discussion from their beginnings.

Following Faure Sjöstrand [84] we exploit the analogy between dynamical systems and quantum scattering, with the fiber (xi )-infinity playing the role of x-infinity in scattering theory.

Their work has implications for light-based clocks far more precise than the atomic clocks at the heart of the world's business systems, and quantum computing, which may - or may not - revolutionise desktop computing as we know it.

The analogy between stochastic systems and quantum theory, where path integrals are commonly used, is seen by transforming the time coordinates in the path integrals via (t rightarrowsqrt{-1}t).

The small-space revolution is a promising route by which synergistic advances in miniaturization of both satellite systems and quantum technologies can be combined to leap-frog conventional space systems development.

Many diverse electron spin systems have been studied with a view to storing quantum information, including molecular radicals, point defects and impurities in inorganic systems, and quantum dots in semiconductor devices.

Such an approach and the obtained consequent knowledge could be implemented in the studies of, for example, ionics, spintronics, fractional-quantum Hall effect-fluids, decoherence sensitivity, quantum computation, entities-quantum particles entanglement, open macroscopic quantum systems, and macroscopic quantum tunneling.

In the theory, the transport of carriers is influenced by the total potential of the potential characterizing the system and quantum potential.

Specifically, q-difference equations have been widely used in mathematical physical problems, dynamical system and quantum models [20], q-analogues of mathematical physical problems including heat and wave equations [21], sampling theory of signal analysis [22, 23].

q-Difference equations have been widely used in mathematical physical problems, dynamical system and quantum models [12], heat and wave equations [13], and sampling theory of signal analysis [14].

In combination with the theories of open system and quantum recovering measurement, we propose a quantum state transfer scheme using spin chains by performing two sequential operations: a projective measurement on the spins of 'environment' followed by suitably designed quantum recovering measurements on the spins of interest.