localisation principle Antonyms

No Synonyms and anytonyms found

Meaning of localisation principle

Wordnet

localisation principle (n)

(physiology) the principle that specific functions have relatively circumscribed locations in some particular part or organ of the body

localisation principle Sentence Examples

  1. The localisation principle states that a charge carrier's energy is determined by its position within a crystal lattice.
  2. According to the localisation principle, electrons in a solid are confined to specific regions due to the potential energy landscape.
  3. The localisation principle explains why electrons in insulators and semiconductors have precisely defined energy levels.
  4. In quantum mechanics, the localisation principle relates the wavefunction of a particle to its spatial location.
  5. The localisation principle is crucial for understanding the behavior of electrons in nanostructures and other condensed matter systems.
  6. By applying the localisation principle, researchers can predict the electronic properties of materials.
  7. The localisation principle has implications for the design and development of electronic devices.
  8. The localisation principle helps explain phenomena such as quantum confinement and the quantum Hall effect.
  9. In statistical mechanics, the localisation principle describes the distribution of particles in a system and their interactions.
  10. The localisation principle is a fundamental concept in solid-state physics, condensed matter physics, and quantum mechanics.

FAQs About the word localisation principle

(physiology) the principle that specific functions have relatively circumscribed locations in some particular part or organ of the body

No synonyms found.

No antonyms found.

The localisation principle states that a charge carrier's energy is determined by its position within a crystal lattice.

According to the localisation principle, electrons in a solid are confined to specific regions due to the potential energy landscape.

The localisation principle explains why electrons in insulators and semiconductors have precisely defined energy levels.

In quantum mechanics, the localisation principle relates the wavefunction of a particle to its spatial location.