Examples of using Classical physics in English and their translations into German
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The way it is modeled in classical physics is through fields.
Transition Region between the Quantum Regime and Classical Physics.
Classical physics works with in finite representations, instead.
This world viewis entirely different from what we are using in classical physics.
In classical physics this second change is not considered.
SCISCI1001020 The characters and the discoveries of classical physics 2 Volumes.
In classical physics, there is always some friction, some energy loss.
As a result there arepredicted some hermetry forms that are unknown in classical physics.
However, classical physics also has an analogue to quantum mechanical entanglement.
He may also havebeen the first to propose its probabilistic relationship with classical physics.
Comprehend and reproduce the transition from classical physics to quantum physics- historically and factually.
A shadow of something that exists in one of the dimensions beyound the four that Einstein and classical physics contemplated.
The next setback for classical physics came however five years later from a third-class Swiss patent officer….
Our physics students are challenged by a mix of classical physics and ground-breaking new methods.
The description and understanding of turbulent flows is stillone of the biggest challenges of engineering sciences and classical physics.
It is objective to build up a computer grid for general classical physics that scientists and students can be useful.
A main goal of Prof. Klaus Hornberger's group is to investigate systems thatbelong to the transition region between the quantum regime and classical physics.
He studies the frontier between quantum and classical physics using individual charged atoms that he controls with high precision.
A main goal in the group of Professor Klaus Hornberger is to investigate systems thatbelong to the transition region between the quantum regime and classical physics.
The students are able to describe the transition from classical physics to quantum physics and use these concepts to solve problems.
However, the classical physics has also described the possibilities of resolution of similar paradoxes for example, by means of systems of different orders.
It would seem that such an inconsistency should entail refusal from SRT and returning to the classical physics, that provides an obvious and true result.
We would remind that in classical physics results are obtained by one observer can be used by any other observer including investigators not participating in experiments.
For two systems participating in relative motion,the determination of their relative velocity causes no doubts neither in classical physics nor in SRT.
This month Tom Rother, scientist at IMF,published the book"Green's Functions in Classical Physics" in the book series Lecture Notes in Physics released by Springer.
The classical physics attitude is more legible: if one body influences the second one, then the committed work is determined by the product of acting force on the relative path: or, where is the relative velocity.
He is currently studying nanoglasses, a new class of non-crystalline nanomaterials,and the transition between classical physics and quantum physics.
Illustrate the transition from classical physics to quantum physics historically and factually and therefore enable pupils at school teaching to find a comprehensible approach to the difficult field of quantum physics.
This presents a challenge since predicting the properties ofnanotechnology-based products is difficult because it requires that classical physics and quantum mechanical effects are both taken into account.
Seeking evidence in the quantum world In the first half of the 20th century, when physicists observed that new propertieswere revealed by light interacting with material, classical physics reached its limits.