quantum coherence

Also found in: Wikipedia.

quantum coherence

The physical condition of two or more particles or physical systems being in the same quantum state, as photons in a laser beam.

References in periodicals archive ?

Building on this platform, i will be able to demonstrate for the first time the emergence of coherent, non-local superconducting states bound to the entire device similarly to the kitaev chain model of topological superconductivity.to demonstrate quantum coherence of the chain, we will build the first andreev molecule quantum bit, which, while not topologically protected, will already combine advantages of superconducting and semiconductor qubits.

Simulated Majorana states

As the representative entity for this project, NEC is developing new quantum devices to overcome the issues of quantum coherence and integration(4).

NEC: Members Selected for the Research Program for the Development of a Quantum Annealing Machine Enabling High-Efficiency, High-Speed Processing

Debates about the applicability of the wave function formalism in quantum mechanics as well as the relevance of quantum coherence for the information processing in the brain in various regions like visual cortex, auditory regions, olfactory bulbs etc.

GEOMETRONEURODYNAMICS AND NEUROSCIENCE

Quantum coherence - the fragile state during which particles are in superposition - lasts for only a fraction of a second before the whole system decoheres, which is a phenomenon that marks the transition from the realm of quantum to classical mechanics.

In The Quantum realm, Cause Doesn't Always Precede Effect

He's been working on modeling how quantum coherence plays a role In this process.

Artfully exploring quantum physics

Once the team engineered the viruses, they were able to use laser spectroscopy and dynamical modeling to watch the light-harvesting process in action, and to demonstrate that the new viruses were indeed making use of quantum coherence to enhance the transport of excitons.

Quantum Physics Meets Genetic Engineering

From Atomic to Mesoscale: The Role of Quantum Coherence in Systems of Various Complexities

Ye, "Control of four-level quantum coherence via discrete spectral shaping of an optical frequency comb," Physical Review Letters, vol.

Phase- and polarization-controlled two-photon rabi oscillation of the biexciton state in a semiconductor quantum dot

When the sample was held at this cryogenic temperature, the nuclear spins of about 37 percent of the ions - a typical benchmark to measure quantum coherence - remained in their superposition state for three hours.

'Fragile' quantum state survives at room temperature for world record 39 mins

Obviously, the impact would be enormous if an isotropic and homogeneous material of simultaneously negative permittivity and permeability can be realized by using new scenarios such as quantum optical approach [17-20], in which photonic resonance and quantum coherence are involved [21-23].

A DRESSED-STATE ASSISTED LEFT-HANDED COHERENT MEDIUM FOR HIGH-GAIN OPTICAL AMPLIFICATION

The preservation of quantum coherence is of fundamental importance in the hardware implementation of quantum information.

A coherence preservation control strategy in cavity QED based on classical quantum feedback

Approaches to maintaining "quantum coherence," a stable state for the interaction of atoms and electrons running calculations, include