Enter a word or phrase in any language 👆
Language:
Translation and analysis of words by ChatGPT artificial intelligence
On this page you can get a detailed analysis of a word or phrase, produced by the best artificial intelligence technology to date:
- how the word is used
- frequency of use
- it is used more often in oral or written speech
- word translation options
- usage examples (several phrases with translation)
- etymology
quenched his thirst - translation to german
NEGLECTING THE FERMION DETERMINANT IN LATTICE CALCULATIONS
Quenched QED; Quenched QCD
quenched his thirst
löschte seinen Durst
löschte seinen Durst
quenched his thirst, satisfied his thirst
your honor
TITLE
Your honor; Her Honour; Your honour; His Honor; Hizzoner; Your Honor; Your Honour; His Honour
Herr Richter, seine Ehre
Definition
Thirst
·vt To have a thirst for.
II. Thirst ·noun To have a vehement desire.
III. Thirst ·noun To feel thirst; to experience a painful or uneasy sensation of the throat or fauces, as for want of drink.
IV. Thirst ·noun Fig.: A want and eager desire after anything; a craving or longing;
- usually with for, of, or after; as, the thirst for gold.
V. Thirst ·noun A sensation of dryness in the throat associated with a craving for liquids, produced by deprivation of drink, or by some other cause (as fear, excitement, ·etc.) which arrests the secretion of the pharyngeal mucous membrane; hence, the condition producing this sensation.
Wikipedia
Quenched approximation
In lattice field theory, the quenched approximation is an approximation often used in lattice gauge theory in which the quantum loops of fermions in Feynman diagrams are neglected. Equivalently, the corresponding one-loop determinants are set to one. This approximation is often forced upon the physicists because the calculation with the Grassmann numbers is computationally very difficult in lattice gauge theory.
In particular, quenched QED is QED without dynamical electrons, and quenched QCD is QCD without dynamical quarks.
Recent calculations typically avoid the quenched approximation.
