EXCITONIC Meaning and
Definition
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Excitonic is an adjective that pertains to excitons, which are quasiparticles formed by the bound state of an electron and a positively charged electron vacancy, known as a hole, in a solid or liquid material. In physics, the term "excitonic" is used to describe phenomena or properties related to excitons.
Excitonic interactions, for example, refer to the attractive or repulsive forces between excitons within a material. These interactions can affect the dynamics and behavior of excitons, such as their energy levels, lifetimes, and transport properties. Excitonic properties are often studied in the context of condensed matter physics, semiconductors, or optoelectronic devices.
In the field of materials science, excitonic materials are those that exhibit strong excitonic effects, where the interactions between excitons significantly influence the electronic and optical properties of the material. These materials are of particular interest for applications in areas such as solar cells, light-emitting diodes, and photonics.
Overall, the term excitonic describes the properties, interactions, and effects associated with excitons, which are important quasiparticles in the study of electronic and optical phenomena in materials.
Common Misspellings for EXCITONIC
- wxcitonic
- sxcitonic
- dxcitonic
- rxcitonic
- 4xcitonic
- 3xcitonic
- ezcitonic
- eccitonic
- edcitonic
- escitonic
- exxitonic
- exvitonic
- exfitonic
- exditonic
- excutonic
- excjtonic
- excktonic
- excotonic
- exc9tonic
- exc8tonic
Etymology of EXCITONIC
The word "excitonic" is derived from the term "exciton", which itself originates from the Greek words "ex-" meaning "out of" or "from" and "kton" meaning "earth" or "ground". The term "exciton" was first introduced in the field of physics, specifically in the study of solid-state physics and semiconductor materials.
In the context of physics, an exciton refers to a bound state of an electron and a positively charged hole in a solid material, where the electron has been excited to a higher energy state, typically by absorbing a photon. Excitons play a significant role in phenomena like energy transfer, emission, and absorption of light in various materials.
The term "excitonic" is therefore used to describe anything related to or associated with excitons. It is commonly employed in scientific literature, particularly in fields such as condensed matter physics, semiconductor physics, and optoelectronics.
