Sentence examples for process in quantum from inspiring English sources

"Any physical process in quantum mechanics," he said.

In the last four decades it has enlarged its scope to optimize any type of process in quantum systems.

A time-indexed family of ∗-homomorphisms between operator algebras (jt: A→B t∈Iis called a stochastic process in quantum probability.

The energy gap can be measured most precisely in a tunneling experiment (a process in quantum mechanics that allows an electron to escape from a metal without acquiring the energy required along the way according to the laws of classical physics).

Somewhat more-connected multiverses could arise from processes in quantum gravity, a hypothetical theory that would unite Einstein's theory of general relativity with quantum mechanics.

In setting the foundational physics for this innovative device concept, Teherani also hopes to broaden the understanding of Auger generation and recombination processes in quantum structures, which is critical for improving efficiency in LEDs, lasers, and photodetectors.

In addition to physical processes that follow effective procedures, Modest Physical CTT may cover continuous dynamical processes (as in certain kinds of connectionist computing), processes that span large portions of spacetime, and quantum processes (as in quantum computing).

Coherent errors are a dominant noise process in many quantum computing architectures.

These orbital and spin dynamical irregularities are important for the understanding of the quantum processes in multiple quantum dots.

Much of my recent work has been devoted to understanding the nature of the dynamics in the MBL state, characterizing the phase transition between this state and an ergodic fluid and gaining insight into the process of thermalization in quantum systems.

When we analyze the process of measurement in quantum mechanical terms, we find that the after-measurement wave function for system and apparatus that arises from Schrödinger's equation for the composite system typically involves a superposition over terms corresponding to what we would like to regard as the various possible results of the measurement — e.g., different pointer orientations.