Übersetzung für 'quantum effects' von Englisch nach Deutsch

quantum effects

Quanteneffekte {pl}phys.

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quantum

Menge {f}

Betrag {m}

Quant {n}phys.

Quantum {n}

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quantum decoherence

Quantendekohärenz {f}phys.

Dekohärenz {f}phys.

quantum well

Quantentrog {m}phys.

Quantentopf {m}phys.

quantum communication

Quantenkommunikation {f}phys.

quantum wire

Quantendraht {m}phys.

quantum theory

Quantentheorie {f}phys.

quantum foam

Quantenschaum {m}astron.phys.

quantum medicine

Quantenmedizin {f}acad.med.

quantum biology

Quantenbiologie {f}biol.phys.

quantum entanglement

Quantenverschränkung {f}phys.

quantum logic

Quantenlogik {f}math.

quantum physical {adj}

quantenphysikalischphys.

quantum optical {adj}

quantenoptischphys.

quantum jump

Quantensprung {m}phys.

quantum droplet

Quantentröpfchen {n} [auch: Quanten-Tröpfchen]phys.

• One of the first quantum effects to be explicitly noticed (but not understood at the time) was a Maxwell observation involving hydrogen, half a century before full quantum mechanical theory arrived.
• The quantum effects are centered at a set of discrete and unblended frequencies highly pronounced on top of the Hawking spectrum.
• For example, the experiments in quantum physics need to perform near absolute zero where unique quantum effects such as Bose–Einstein condensation can be observed.
• It is applicable when the temperature is high enough or the particle density is low enough to render quantum effects negligible.
• Early knowledge of how charged substances interact is now called classical electrodynamics, and is still accurate for problems that do not require consideration of quantum effects.

• These properties may be read from the classical behaviour of ideal gases, except in the region where "PV" becomes small (low temperature), where quantum effects become important.
• Hawking and Penrose proved together that the Universe should have arisen from a singularity, which Hawking himself disproved once quantum effects are taken into account.
• If quantum effects are negligible, an accelerating charged particle radiates power as described by the Larmor formula and its relativistic generalization.
• Quantum communication complexity tries to quantify the communication reduction possible by using quantum effects during a distributed computation.
• Atoms are so small that accurately predicting their behavior using classical physics is not possible due to quantum effects.

• Certain quantum effects appear to be transmitted instantaneously and therefore faster than "c", as in the EPR paradox.
• In 1975, Stephen Hawking published a calculation which suggested that black holes are not completely black but emit a dim radiation due to quantum effects near the event horizon.
• According to classical general relativity, no matter or information can flow from the interior of a black hole to an outside observer, although quantum effects may allow deviations from this strict rule.
• In the 1980s, interest arose in whether it might be possible to use quantum effects to disprove Einstein's theory of relativity.
• Research is assessing the quantum effects of nanoscale capacitors for digital quantum batteries.

• Due to its simplicity, the model allows insight into quantum effects without the need for complicated mathematics.
• In a letter written from exile, he cheered up a fellow physicist and free market advocate with the words: "Fortunately, the future is unpredictable and also – because of quantum effects – uncertain."
• Certain materials are able to resist diffusion or absorption of ultracold neutrons due to nuclear-quantum effects, specifically reflection caused by the strong interaction.