TOWARDS A QUANTUM APPROACH TO CELL MEMBRANE
... The barrier is therefore completely impenetrable in “classical” terms. One therefore finds vc ≥ 0,7 . 10 3 m/s for “critical” transfer speed. One can therefore say that “at least” 5 . 10 –21 J would be “missing from” the ion in order for the transfer probability to have a value other than zero. Let ...
... The barrier is therefore completely impenetrable in “classical” terms. One therefore finds vc ≥ 0,7 . 10 3 m/s for “critical” transfer speed. One can therefore say that “at least” 5 . 10 –21 J would be “missing from” the ion in order for the transfer probability to have a value other than zero. Let ...
THE WRONG, THE GOOD, AND THE BETTER Do we live in the best
... Only a few writers would be able to cover such a broad landscape of ideas and themes without condemning themselves to shallowness. Bohm, who was one of the greatest thinkers and physicists of the last century, shows in this discourse with Peat a tremendous depth of understanding which makes the book ...
... Only a few writers would be able to cover such a broad landscape of ideas and themes without condemning themselves to shallowness. Bohm, who was one of the greatest thinkers and physicists of the last century, shows in this discourse with Peat a tremendous depth of understanding which makes the book ...
pdf - Martijn Wubs
... [13–19] and amplifying [20–24] dielectric media was developed, where optical modes are described as open quantum systems. There are important similarities with classical optics, for example, the classical Green function ...
... [13–19] and amplifying [20–24] dielectric media was developed, where optical modes are described as open quantum systems. There are important similarities with classical optics, for example, the classical Green function ...
algebraic quantization and t
... The main purpose of the quantization method (yet another one!) presented in this Letter is to explain this very linkage in a transparent algebraic language, providing a direct connection between the existence of inequivalent quantizations, which we identify with superselection sectors, and the emerg ...
... The main purpose of the quantization method (yet another one!) presented in this Letter is to explain this very linkage in a transparent algebraic language, providing a direct connection between the existence of inequivalent quantizations, which we identify with superselection sectors, and the emerg ...
Towards a quantum approach to cell membane electrodynamics
... The barrier is therefore completely impenetrable in “classical” terms. One therefore finds vc ≥ 0,7 . 10 3 m/s for “critical” transfer speed. One can therefore say that “at least” 5 . 10 –21 J would be “missing from” the ion in order for the transfer probability to have a value other than zero. Let ...
... The barrier is therefore completely impenetrable in “classical” terms. One therefore finds vc ≥ 0,7 . 10 3 m/s for “critical” transfer speed. One can therefore say that “at least” 5 . 10 –21 J would be “missing from” the ion in order for the transfer probability to have a value other than zero. Let ...
if on the Internet, Press on your browser to
... For example, it may point to a natural explanation for one of the biggest puzzles of Quantum Physics -- what physicists refer to as its "contextuality". Quantum Theory seems to insist that particles do not have any properties before they are measured. Instead, the very act of measurement brings thei ...
... For example, it may point to a natural explanation for one of the biggest puzzles of Quantum Physics -- what physicists refer to as its "contextuality". Quantum Theory seems to insist that particles do not have any properties before they are measured. Instead, the very act of measurement brings thei ...
Blockchain time and Heisenberg Uncertainty Principle - IMJ-PRG
... in [4] assuming the that no minimum time would be necessary for measurements of observables in Quantum Systems. An example of this is given by Aharonov-Bohm energy measurement model [1]. However, more recently, Aharonov and Reznik [2] reviewed the result when the time measurement is made internally, ...
... in [4] assuming the that no minimum time would be necessary for measurements of observables in Quantum Systems. An example of this is given by Aharonov-Bohm energy measurement model [1]. However, more recently, Aharonov and Reznik [2] reviewed the result when the time measurement is made internally, ...
2006-11-14-RAL-Wang - Indico
... Implications on the very small as well as the very large As well as causing quantum matter waves to lose coherence at small scales, the conformal gravitational field is responsible for cosmic acceleration linked to inflation and the problem of the cosmological constant. The formula for relating t ...
... Implications on the very small as well as the very large As well as causing quantum matter waves to lose coherence at small scales, the conformal gravitational field is responsible for cosmic acceleration linked to inflation and the problem of the cosmological constant. The formula for relating t ...
The Quantum Theory of the Electron
... which is the same as one would get if one put - e for e. The wave equation (1) thus refers equally well to an electron with charge e as to one with charge - e. If one considersfor definitenessthe limiting case of large quantum numbers one would find that some of the solutions of the wave equation ar ...
... which is the same as one would get if one put - e for e. The wave equation (1) thus refers equally well to an electron with charge e as to one with charge - e. If one considersfor definitenessthe limiting case of large quantum numbers one would find that some of the solutions of the wave equation ar ...
Integrated devices for quantum information with polarization
... novel concepts introduced within the framework of Quantum Information (QI) theory. Photons are natural candidates for QI transmission since they are practically immune from decoherence and can be distributed over long distances, both in free-space and in low-loss optical fibres. Photons are also imp ...
... novel concepts introduced within the framework of Quantum Information (QI) theory. Photons are natural candidates for QI transmission since they are practically immune from decoherence and can be distributed over long distances, both in free-space and in low-loss optical fibres. Photons are also imp ...
Fixed points of quantum operations
... from a unital C ∗ -algebra C into B(H). Then φ(C)∗ φ(C) ≤ φ(C ∗ C) for every C ∈ C. Moreover, if φ(C)∗ φ(C) = φ(C ∗ C) for some C ∈ C, then for all B ∈ C we have φ(BC) = φ(B)φ(C), φ(CB) = φ(C)φ(B). If φ : M → M is a unital completely positive map and ω is a state on M, then ω ◦ φ is again a state on ...
... from a unital C ∗ -algebra C into B(H). Then φ(C)∗ φ(C) ≤ φ(C ∗ C) for every C ∈ C. Moreover, if φ(C)∗ φ(C) = φ(C ∗ C) for some C ∈ C, then for all B ∈ C we have φ(BC) = φ(B)φ(C), φ(CB) = φ(C)φ(B). If φ : M → M is a unital completely positive map and ω is a state on M, then ω ◦ φ is again a state on ...
Dissipated work and fluctuation relations in driven
... 2. Statistics of dissipated work in single-electron tunneling (SET), FRs in these systems 3. Experiments on Crooks and Jarzynski FRs 4. Quantum FRs? Work in a two-level system ...
... 2. Statistics of dissipated work in single-electron tunneling (SET), FRs in these systems 3. Experiments on Crooks and Jarzynski FRs 4. Quantum FRs? Work in a two-level system ...
adiabatic quantum computing
... computing, has been developed to solve a particularly hard problem called exact cover. Preliminary simulations suggest that the new quantum algorithm solves the problem much faster than a classical computer. We have investigated the algorithm and found small speedups, but could not find a case where ...
... computing, has been developed to solve a particularly hard problem called exact cover. Preliminary simulations suggest that the new quantum algorithm solves the problem much faster than a classical computer. We have investigated the algorithm and found small speedups, but could not find a case where ...
