Examples of using Quantum-mechanical in English and their translations into German
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Design quantum-mechanical and quantum-chemical models.
Content Oscillations of particles are fascinating quantum-mechanical phenomenons.
Quantum-mechanical model calculations have led to a universal conductance value.
I have been investigating the mystical causes of invisibility, but not the quantum-mechanical.
This well-known quantum-mechanical fact is now exploited for a specific purpose.
The scientists have precisely measured and described these theoretical quantum-mechanical predictions.
The full quantum-mechanical uncertainty can occur even if, When the Bellovskoe status measurement.
The diversity of the involved physics phenomena is due to the quantum-mechanical entanglement of these systems.
The paper, entitled“Can quantum-mechanical description of physical reality be considered complete?
Electrons can move in both areas, however, they move at different quantum-mechanical energy levels.
Complex systems of interacting quantum-mechanical particles show a wide range of diverse unconventional effects.
In the course of the study, experimental data from the field of system biology will be combined with quantum-mechanical simulations.
Perhaps in future times we will have inherently quantum-mechanical questions, or only need quantum information as answers.
On a nucleus of the heavy hydrogen atom 2 H consisting of a neutron and a proton-is one of the fundamental processes in quantum-mechanical few-body systems.
The latest"ab initio" quantum-mechanical methods are used to identify the critical pathways and to determine the corresponding rate parameters.
The"Computational Materials Physics" research group led by Prof.Rossitza Pentcheva is interested in the theoretical physics and quantum-mechanical modelling of the properties of nanoscale materials.
To undercut that limit, quantum-mechanical resources were then generated via systematic manipulation of the microscopic interaction between the atoms.
The individual workinggroups there will devote their energies to such topics as phenomena near absolute zero, quantum-mechanical effects in ultrafast processes, and biologically relevant processes.
However, new quantum-mechanical model calculations have furnished a universal value of 0.6 e 2/h for both the two-point conductance and the longitudinal conductivity.
In the first of these sojourns beginning in autumn 2012 and lasting for some weeks,he will be investigating the laser control of quantum-mechanical many-particle systems near absolute zero.
Noise in low-dimensional, quantum-mechanical systems, the physics below the standard quantum limit and finally noise and correlations in highly complex systems.
Helmut Schmidt, the physicist responsible for many of the innovative experiments that have made explicit the connection between psi and quantum mechanics,has also proposed a theory of psi function based on quantum-mechanical principles.
Since they process problems in a quantum-mechanical manner, such quantum computers might one day solve complex problems much more quickly than currently possible, so the hope of researchers.
The possibilities reach from elementary particle physics, research on the structure and formation ofthe universe, classical and quantum-mechanical complex systems, up to environmental, medical and biophysics as well as technical computer science.
This result correlates with my quantum-mechanical analysis regarding dynamic movement of water molecules in their attempt to find a relatively stable condition of clusters of the order of nanometers.
Quantum models for semiconductors The relatively large dimensions of semiconductor devices and the complexity of quantum-mechanical models require the consistent modeling of classical and quantum-mechanical descriptions via hybrid models, e. g.
In his research Kippenberg aims to cool the smallest micro-mechanical systems with laser light and to achieve highly sensitive measurements of the smallest mechanical movements whosesensitivity is sufficient to observe even quantum-mechanical behavior in macroscopic systems.
The possibility to activate multiple quantum-mechanical properties in one single material is of fundamental scientific interest but can also expand the spectrum of potential applications.
Finally light flashes with the incredibly short duration of several attoseconds(1 as is a billionth of a billionth of a second) are generated which make it possible, for example,to observe quantum-mechanical processes in atoms such as the'tunnelling' of electrons or atomic transitions in real time.
The relatively large dimensions of semiconductor devices and the complexity of quantum-mechanical models require the consistent modeling of classical and quantum-mechanical descriptions via hybrid models, e. g.