Examples of using Quantum world in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Ecclesiastic
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Computer
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Programming
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Official/political
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Political
Thermal machines in the quantum world.
In the quantum world that was no longer true.
In addition, a new super-microscope provides unimagined insights into the quantum world.
In the quantum world, tiny particles can exist in a state of superposition.
But something more happens in the quantum world- a collective quantum state forms.
Fundamental questions will be addressed about the transition from the classical to the quantum world.
Oscillators in the quantum world of atoms and molecules behave quite differently.
The two halves still form a single photon, however-something which is only possible in the quantum world.
It may seem impossible, but the quantum world has yet another impressive property to show.
One is devoted to the development of interfaces between the classical world and the quantum world.
These questions are what caused me to dive into the Quantum world, as I do not like unanswered questions.
It isn't possible to predict when the atom will decay, because chance has absolute reign over the quantum world.
In the quantum world of non-local interactions, the line between the physical and the mental dissolves.
The experiments being conducted by the Erlangen physicists are not about board games in the quantum world, of course.
This is because the quantum world is so radically different from the classicalworld of our everyday experience…[more] Â.
The inside of the nanotubes is so small-- the smallest ones are 0.7 nanometers--that it's basically a quantum world.
In the quantum world, there are concepts that defy the laws of conventional physics and are difficult to grasp?
Another theory posits that aparticle's environment is to blame for moving it from the quantum world to the classical.
In the quantum world, even that would immediately destroy the entire message, leaving only the scraps of words that were glimpsed intact.
The new system now demonstrated will soon allow furtherexperiments on phase transitions in classical systems and in the quantum world.
The strange processes in the quantum world could be used for computers which can calculate at much faster speeds than conventional computers.
Here, the dichotomy is not between the celestial(lunar) and the terrestrial(sublunar) world, but between the so-called classical and quantum worlds.
Homepage The quantum world of atoms, molecules, and photons is plagued by strange and paradoxical phenomena that challenge all our intuitions.
While gravity on the astronomic scale is de-scribed best by Einstein'stheory of relativity, a description equally valid for the quantum world is still lacking.
Investigating the quantum world and making quantum effects available for future applications in particular in the processing of information are main focal points of our research.
Only the intense collaboration of the two schools of thought inphysics led to the discovery that classical synchronization in the quantum world has something to do with quantum mechanical entanglement.
Seeking evidence in the quantum world In the first half of the 20th century, when physicists observed that new properties were revealed by light interacting with material, classical physics reached its limits.
Although it's still a long way from here to a network of multiple quantum computers, the physicists in Garching havepaved the way by steadily extending their influence in the quantum world.
Such a realisation of the importance of processes is even more significant in the quantum world where the dynamically attributes like position and motion are identified with processes; specifically the processes of changing the motion and changing the position respectively.
Made as a series of virtual experiments, Quantum Fluctuations shows the complexity andtransient nature of the most fundamental aspect of reality, the quantum world, which is impossible to observe directly.
