Übersetzung für "Light quantum" in Deutsch

The wave particle dualism describes light as a quantum object, partly wave and partly particle.

Excited by the energy of the laser light, the quantum dots emit light within a certain range of wavelengths.

Also, light is a quantum phenomenon and much of its nano properties are still not well understood.

He is the author of popular science books on topics including light, infinity, quantum entanglement and surviving the impact of climate change, and biographies of Roger Bacon and Eadweard Muybridge.

These charge carriers are distributed over the electrodes according to their distance from the electrodes at the edge of the layer, whereby deductions can be made from the ratio of the electrode currents about the location of the incidence of the light quantum.

The excitation of a single chemical reaction by a light quantum could be explained, but not the quantum yield of reactions such as photochlorination.

However, the light yield (quantum efficiency) of these materials is considerably lower than for low molecular weight compounds.

The light quantum originating statistically in a hole of the microtitre plate leaves the hole diffusely, with the result that it is possible to detect, purely geometrically, only a fraction (surface of the hemisphere with a radius of 70 cm in relation to the aperture of the objective with a diameter of 5 cm) of a few thousandths.

In the electroluminescent components according to the prior art, a light quantum only arises upon the transition of a molecule from the singlet state to the state ground.

It is therefore the object of the invention described below to avoid the disadvantages of the prior art and to amplify light quantum-optically with high amplification and efficiency, employing multi-path solid-state amplifiers.

However, the light yield (quantum efficiency) of these materials is considerably less than in the case of the low molecular weight compounds.

These figures may be used further to determine the theoretical limits to productivity in terms of carbohydrate produced per light quantum absorbed, or per available solar energy.

It is also known that a chemical compound or a molecule in a polymer are photoreactive if they are capable of absorbing a light quantum.

During read-out, the storage luminescence screen is scanned pixel-by-pixel by an additional radiation source, for example, by a laser, so that the electrons stored in the traps are excited and can fall back into lower energy levels, the energy difference being emitted as a light quantum.

The problem is also solved by an ionization chamber of the type referred to at the beginning in which the positive pole is designed as an x-ray anode in the evacuated compartment, possibly as the surface of the partition, in such a way that a) x-ray light generated in the x-ray anode reaches the partition in the direction of the reaction compartment, b) the compartment is essentially impervious to electrons of the kinetic energy achieved by the acceleration voltage and is largely permeable to the x-ray light generated in the x-ray anode, c) the x-ray light largely comprises quantum energies below 2 keV, and preferably below 1 keV, when entering the reaction compartment, so that in the reaction compartment air constituents are effectively ionized by the x-ray quanta.

Matter and Light for Quantum Computing is a cooperation of the University of Cologne, the University of Bonn, RWTH Aachen University and Forschungszentrum Jülich.

So what is the real-time, by communicating with each other faster than light waves, the black light, a quantum entanglement in the present.

The minimum energy that the light quantum requires for this is determined by the energetic distance between the conductivity and valence bands, the so-called band gap.