Quantum Designs - Gerhard Zauner
... This thesis initiated with a series of investigations into the probabilistic structures that lie at the foundation of quantum theory. During the course of this research, new relations to combinatorial design theory were discovered. Just as quantum mechanics is a non-commutative generalization of cla ...
... This thesis initiated with a series of investigations into the probabilistic structures that lie at the foundation of quantum theory. During the course of this research, new relations to combinatorial design theory were discovered. Just as quantum mechanics is a non-commutative generalization of cla ...
Concentration-dependent absorption and emission behaviour of
... of the monomers and closely spaced pairs are singled out by using the concept of Forster-type energy transfer [23,24]. The stimulated emission cross-section spectra of the monomers and closely spaced pairs are calculated from the corresponding absorption crosssection spectra and fluorescence quantum ...
... of the monomers and closely spaced pairs are singled out by using the concept of Forster-type energy transfer [23,24]. The stimulated emission cross-section spectra of the monomers and closely spaced pairs are calculated from the corresponding absorption crosssection spectra and fluorescence quantum ...
Slide 1
... Analytic Formulas for Mean and Standard Deviation (3) Applying Campbell’s theorem with a flux Φ of particles ( = r*2π*Φ) we find the average field in the gap of ...
... Analytic Formulas for Mean and Standard Deviation (3) Applying Campbell’s theorem with a flux Φ of particles ( = r*2π*Φ) we find the average field in the gap of ...
IOSR Journal of Applied Physics (IOSRJAP)
... The first observation that we make the moment we set out to study the phenomenon called ―space‖ is that the adjective ―empty‖ can never accurately be applied to it. Since we have already found that the energy fields we call ―matter‖ are all interconnected by other fields, which we call ―forces,‖ the ...
... The first observation that we make the moment we set out to study the phenomenon called ―space‖ is that the adjective ―empty‖ can never accurately be applied to it. Since we have already found that the energy fields we call ―matter‖ are all interconnected by other fields, which we call ―forces,‖ the ...
Quantum Energy Teleportation - UWSpace
... The relation between energy and information has intrigued physicists for quite some time now. Usually, we speak of such a relation in the context of thermodynamics or black hole physics. Recently, quite a bit of work has been interested in the thermodynamics of spacetime itself[37, 14], and on emerg ...
... The relation between energy and information has intrigued physicists for quite some time now. Usually, we speak of such a relation in the context of thermodynamics or black hole physics. Recently, quite a bit of work has been interested in the thermodynamics of spacetime itself[37, 14], and on emerg ...
algunos resultados asociados a problemas
... particle disappears upon reaching a wall and then appears at the other end must be considered. This type of movement (which is very unusual because the particle is not actually trapped between the two walls) corresponds to that of a quantum particle described by the Hamiltonian operator under period ...
... particle disappears upon reaching a wall and then appears at the other end must be considered. This type of movement (which is very unusual because the particle is not actually trapped between the two walls) corresponds to that of a quantum particle described by the Hamiltonian operator under period ...
here.
... this for plane waves by allowing only those initial conditions which ensure that the wave moves in the direction of the momentum vector, ensuring that E > 0. Within the context of the KG equation, this is seemingly ok, since the particle will then remain in that stationary state for ever. However, u ...
... this for plane waves by allowing only those initial conditions which ensure that the wave moves in the direction of the momentum vector, ensuring that E > 0. Within the context of the KG equation, this is seemingly ok, since the particle will then remain in that stationary state for ever. However, u ...
Physics at the FQMT`11 conference
... nano-devices (e.g. NEMS) provide us a possibility to ‘follow individual molecules’ in cells and manipulate them. This increases the possibility of a ‘symbiosis’ between biology and physics. We can improve our knowledge of how cells work by using physics, but also physics research can be motivated by ...
... nano-devices (e.g. NEMS) provide us a possibility to ‘follow individual molecules’ in cells and manipulate them. This increases the possibility of a ‘symbiosis’ between biology and physics. We can improve our knowledge of how cells work by using physics, but also physics research can be motivated by ...
![arXiv:1310.3262v1 [quant-ph] 11 Oct 2013](http://s1.studyres.com/store/data/017897146_1-7f44e165f08f900df74f4825be2ca4f2-300x300.png)
On High-Efficiency Optical Communication and Key Distribution
... the channel output to a finite alphabet; however, even if quantum-optimal measurements are used rather than photon detection, the capacity is still finite. In Section II we give a short account of the “clean” channel capacity in the low-energy limit, and present pulse-position modulation (PPM) as a ...
... the channel output to a finite alphabet; however, even if quantum-optimal measurements are used rather than photon detection, the capacity is still finite. In Section II we give a short account of the “clean” channel capacity in the low-energy limit, and present pulse-position modulation (PPM) as a ...
On High-Efficiency Optical Communication and Key Distribution
... the channel output to a finite alphabet; however, even if quantum-optimal measurements are used rather than photon detection, the capacity is still finite. In Section II we give a short account of the “clean” channel capacity in the low-energy limit, and present pulse-position modulation (PPM) as a ...
... the channel output to a finite alphabet; however, even if quantum-optimal measurements are used rather than photon detection, the capacity is still finite. In Section II we give a short account of the “clean” channel capacity in the low-energy limit, and present pulse-position modulation (PPM) as a ...
