COHERENT ELECTRON Meaning and
Definition
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A coherent electron refers to an elementary particle with a negative charge that possesses a well-defined phase relationship within its own wave function, leading to an overall coordinated behavior. This term is commonly used in the field of condensed matter physics, quantum electronics, and solid-state physics to describe the behavior of electrons under specific conditions.
In a typical solid-state system, such as a metal or a semiconductor, electrons are subject to various scattering processes that disturb their motion and render their behavior incoherent. However, under certain circumstances, such as in low-temperature systems or in highly ordered structures, the movement of electrons can become coordinated, resulting in a coherent state.
In a coherent electron system, the wave functions of individual electrons exhibit a high degree of correlation, leading to a collective behavior. This coherence emerges from various factors, including electron-electron interactions, coherent scattering, or the presence of a collective motion such as in superconductors. As a result, the electrons can propagate without substantial scattering, maintaining their phase relation and exhibiting wave-like properties, akin to the behavior of light waves.
The concept of coherent electrons is fundamental to understanding many phenomena in modern physics, including quantum interference, superconductivity, and quantum computing. Coherent electron systems are essential for the development of advanced electronic devices and technologies, as they allow for the manipulation and control of electron waves with high precision and efficiency.
Common Misspellings for COHERENT ELECTRON
- xoherent electron
- voherent electron
- foherent electron
- doherent electron
- ciherent electron
- ckherent electron
- clherent electron
- cpherent electron
- c0herent electron
- c9herent electron
- cogerent electron
- coberent electron
- conerent electron
- cojerent electron
- couerent electron
- coyerent electron
- cohwrent electron
- cohsrent electron
- cohdrent electron
- cohrrent electron
Etymology of COHERENT ELECTRON
The word "coherent" comes from the Latin word "cohaerēre", which means "to stick together" or "to be connected". It entered the English language in the 16th century with the same meaning. Over time, "coherent" expanded to signify something that is logically or aesthetically consistent and interconnected.
On the other hand, the term "electron" was coined by Irish physicist George Johnstone Stoney in 1891. He derived it from the ancient Greek word "ēlektron", which referred to amber. Amber was known to possess static electricity when rubbed, and this property was associated with the Greek word "ēlektron". Stoney used the term "electron" to refer to the discrete particles of electricity that he postulated were responsible for the observed phenomena.
