wave mechanics
1
8.8
- noun
- /weɪv mɪˈkænɪks/
- Specialized
:
mecánica de ondas
- In physics courses, wave mechanics is often taught alongside traditional mechanics to provide a full picture of motion.
Examples
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In 1927, Einstein produced a hidden-variables interpretation of Erwin Schrödinger's wave mechanics.
Academic text (2005) -
Researchers are studying wave mechanics to better understand the behavior of particles at the quantum level.
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Thus, shortly after coming to Munich, Bethe reported on Schrödinger's paper on perturbation theory in wave mechanics.
Academic text (2005) -
The principles of wave mechanics have significant implications for developing new technologies in quantum computing.
Synonyms
31
5.6
A branch of physics that explains how very small particles like atoms and electrons behave
Surface Forms
Morphology
The compound 'wave mechanics' literally combines 'wave' (a disturbance in a medium) with 'mechanics' (the study of motion/forces), so its basic meaning—the study or mechanics of waves—is directly derivable from the parts. While the full technical sense (quantum-level theory based on Schrödinger's equation) requires specialist knowledge, an average B1 learner who knows both words would understand the general idea, and similar compound formations exist cross-linguistically.
Etymology
The term wave mechanics comes from the idea that tiny particles behave like waves, and mechanics means the 'rules' for how things move. So wave mechanics literally suggests the 'study of waves', which is why it names the branch of physics that explains atoms and other tiny particles by their wave behavior.