Приклади вживання Quantum phenomena Англійська мовою та їх переклад на Українською
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Also have the benefit of it can in the study of the vacuum, or quantum phenomena.
The discovery of quantum phenomena replaced this picture with another, which may be called the dual picture.
(ILTPE) For a cycle of works" the Polymorphic and quantum phenomena in molecular crystals".
The discovery of quantum phenomena replaced this picture with another, which may be called the dual picture.
They are based on the results of research intonew measurement methods that have used quantum phenomena as the basis for standards that are fundamental.
Using quantum phenomena allows for the design and implementation of a communication system which can always detect eavesdropping.
My own research interests really lie with fundamental quantum phenomena and outside that field I'm as likely to stumble as another.
Tereshchuk participates in studies of acoustic metamaterials in Imperial College London, which, oddly surprising,realize the classical analogues of quantum phenomena.
What is the role of the apparatus in quantum phenomena and what is the place of measurement theory in quantum mechanics?
In the 20th century, thermodynamics(the science of heat) and statistical mechanics(the science of the probability of different motions)were extended to include electromagnetic and quantum phenomena.
The changes build on the results ofresearch into new measurement methods that use quantum phenomena as the basis for standards that are fundamental.
Such an interpretation of quantum behavior would be, he says,“revolutionary”- because it would entail a hitherto unguessed menagerie of real(but very odd)states underlying counterintuitive quantum phenomena.
Research into new measurement methods, including those using quantum phenomena, underpin the change, which comes into force on 20 May 2019.
In particular, he claimed that what physicists have learned about quantum mechanics provides a compelling case for abandoning certain familiar principles of classical logic for this reason: realism about the physical world, which Putnam generally maintains,demands that we square up to the anomalies associated with quantum phenomena.
The proposed changes are based on the results of research intonew measurement methods that have used quantum phenomena as the basis for standards that are fundamental.
In a development that could greatly help the study of quantum phenomena, scientists have created a theoretical model for a new form of light that combines the properties of photons and electrons.
They will provide the basis for future innovations in measurements that will allow the definitions of the second, the metre,the ampere and the kelvin to take advantage of atomic and quantum phenomena to achieve levels of accuracy limited only by our capacity to observe them.
In particular, they deal with the question of whether empirical facts about quantum phenomena may provide grounds for revising classical logic as a consistent logical rendering of reality.
A single quantum theory describing the final level of the structure of all types of matter, including modeling of elementary particles with an explanation of their properties(mass, life time, decay channels, charges, interaction, etc.),allows you to include all known quantum phenomena in the general concept all aspects and devoid of theoretical contradictions.
One theory named the“shape theory of olfaction” suggests that certain olfactory receptors are triggered by certain shapes of chemicals and those receptors send a specific message to the brain.[27]Another theory(based on quantum phenomena) suggests that the olfactory receptors detect the vibration of the molecules that reach them and the“smell” is due to different vibrational frequencies, this theory is aptly called the“vibration theory of olfaction.”.
Is Logic Empirical?" is the title of two articles(one by Hilary Putnam and another by Michael Dummett) that discuss the idea that the algebraic properties of logic may, or should, be empirically determined; in particular,they deal with the question of whether empirical facts about quantum phenomena may provide grounds for revising classical logic as a consistent logical rendering of reality.
And I realised that, on the one hand, the Hamilton- Jacobi theory pointed somewhat in that direction, for it can be applied to particles and, in addition, it represents a geometrical optics;on the other hand, in quantum phenomena one obtains quantum numbers, which are rarely found in mechanics but occur very frequently in wave phenomena and in all problems dealing with wave motion.
They will provide the basis for future innovations in measurements that will allow the definitions of the second, the metre,the ampere and the kelvin to take advantage of atomic and quantum phenomena to achieve levels of accuracy limited only by our capacity to observe them.
Set a current flowing through this loop andit will flow forever- a quantum phenomenon known as superconductivity.
John Wheeler, too,used a variant of the double-slit experiment to argue that“no elementary quantum phenomenon is a phenomenon until it is a registered(‘observed,'‘indelibly recorded') phenomenon.”.
John Wheeler also used the variant of double slit experiment,to declare that“no elementary quantum phenomenon is a phenomenon until it is registered(“observed”,“it is written”) phenomenon.”.
So could free will be thought of as a macroscopic quantum phenomenon?
The way that silicon behaves, the fact that you can build transistors, is a purely quantum phenomenon.
Entanglement is a quantum phenomenon in which particles become inseparably entwined, sharing a single physical description that specifies their possible combined states.