Examples of using Quantum phenomena in English and their translations into German
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Quantum phenomena in a networked world.
Superconductivity and magnetism are based on quantum phenomena.
True, quantum phenomena cannot be observed directly.
Secondly he plans to investigate the function of quantum phenomena in the field of biology.
Quantum phenomena in novel materials: Controlling collective states.
In recent years, the physicsNobel Prize has been repeatedly awarded for discoveries relating to quantum phenomena.
Even more: Also the quantum phenomena can be understood by the geometry.
Typical coursework includes calculus, molecular biology, chemical reactivity,molecular spectroscopy, and quantum phenomena.
Quantum Phenomena in Novel Materials: Neutron scattering instrumentation at BER.
A research team from the HZB Institute for Quantum Phenomena in New Materials is responsible for the CoreLab and its modern equipment.
Quantum Phenomena in Novel Materials:Quantum condensed matter- Magnetism, superconductivity, and beyond.
The understanding and application of these quantum phenomena could pave the way for future technologies such as quantum computers… mehr.
Zeh called this process"decoherence," and it has become the go-to explanation amongphysicists for why we do not witness quantum phenomena on a macroscopic level.
This system can implement the quantum phenomena at a mesoscopic level through a highly precise operation.
In Ulm Plenio primarily intends to develop the theoretical andexperimental basic principles that are necessary to control quantum phenomena in atoms, ions and photons- a principle for technical application.
Thus it is possible that quantum phenomena will not only revolutionise the field of information technology but also energy technology.
The atoms are perfect objects of experimentation for investigating technologically relevant quantum phenomena such as"supra-conductivity", the flow of electricity without resistance.
Many explain away quantum phenomena with weasel words, or worse, they simply eschew explanation altogether.
Perutz Laboratories(MFPL) and the Institute of Molecular Pathology(IMP) and head of the research platform"Quantum Phenomena& Nanoscale Biological Systems"(QuNaBioS) of the University of Vienna.
In his quest to understand quantum phenomena, with his pioneering work Martin Plenio has paved the way for their application in information technol-ogy.
In parallel to this, the group is developing experimentally realizable proposals to probe the boundary region between quantum behaviour and classical physics,and to verify quantum phenomena on scales that have not been reached so far.
In the department" Quantum Phenomena in Novel Materials" new states in condensed matter systems like quantum magnets such as spin ice and spin chains, in unconventional superconductors, and multifunktional oxides are investigated.
The"Max Planck-UBC Center for Quantum Materials" provides a forum for interdisciplinary cooperation between physicists, chemists,and materials scientists working in the field of quantum phenomena in complex materials.
No one disputes that quantum phenomena, if they could be harnessed, would revolutionize information processing, enabling ways of computing that no existing computer, even in principle, would be capable of duplicating.
Reflecting our main research interests in magnetism, our Institute"Quantum Phenomena in Novel Materials" operates the E2, E4, and E5 neutron diffractometers at the BER II reactor, as well as two experimental stations at the synchrotron beamline UE46_PGM-1 at BESSY II.
The institute" Quantum Phenomena in Novel Materials"(EM-IQM) contributes to the program" From Materials to Matter and Life"(MML), topic" Neutrons for Research on Condensed Matter", by operating and continuously upgrading several instruments at the research reactor BER LK II BER.
The generated random numbers are based on an electrical, optical or quantum phenomenon, such as measuring thermal noise.
This effect, even Einstein smushhavshij, got the name quantum phenomenon or locality not Einstein-Podolsky-Rosen ESR.
Also, light is a quantum phenomenon and much of its nano properties are still not well understood.
With that it is about a quantum phenomenon which is certainly not perceptual, but established in theory and confirmed experimentally.