Quantum analogue computing
... our models are good, and hence we understand at some level how the system works. We may then use our computer simulations to predict things we have not yet observed, or provide more details of processes that are hard to observe by experiment. That computation of any sort works in a useful way is not ...
... our models are good, and hence we understand at some level how the system works. We may then use our computer simulations to predict things we have not yet observed, or provide more details of processes that are hard to observe by experiment. That computation of any sort works in a useful way is not ...
Four-photon orbital angular momentum entanglement
... in several degrees of freedom and exhibit quantum entanglement. Apart from the well-known polarization degrees, the photons can also be correlated in their spatial degrees; this manifests itself in continuous wavevector or (the Fourier-related) position entanglement.19 We can also explore the spatia ...
... in several degrees of freedom and exhibit quantum entanglement. Apart from the well-known polarization degrees, the photons can also be correlated in their spatial degrees; this manifests itself in continuous wavevector or (the Fourier-related) position entanglement.19 We can also explore the spatia ...
Quantum Galvanometer by Interfacing a Vibrating Nanowire and
... integration of CNTs and atomic BECs opens up new avenues toward hybrid systems coupling these objects at a quantum level in a controlled way. One can envisage the coherent interfacing of very different degrees of freedom such as electronic, mechanical, and spin variables. A variety of novel nanodevi ...
... integration of CNTs and atomic BECs opens up new avenues toward hybrid systems coupling these objects at a quantum level in a controlled way. One can envisage the coherent interfacing of very different degrees of freedom such as electronic, mechanical, and spin variables. A variety of novel nanodevi ...
Quantum Clustering Algorithms - The International Machine
... mechanics in order to compute a function simultaneously on arbitrarily many inputs. Quantum interference makes it possible for the logical paths of a computation to interfere in a constructive or destructive manner. As a result of interference, computational paths leading to desired results can rein ...
... mechanics in order to compute a function simultaneously on arbitrarily many inputs. Quantum interference makes it possible for the logical paths of a computation to interfere in a constructive or destructive manner. As a result of interference, computational paths leading to desired results can rein ...
PoS(QG-Ph)011
... regime anytime soon and thus Quantum Gravity could well be beyond our experimental reach. Recently, people have considered the possibility that Quantum Gravity effects may be detected through violations of the space-time symmetries, particularly Lorentz symmetry. The search for Quantum Gravity pheno ...
... regime anytime soon and thus Quantum Gravity could well be beyond our experimental reach. Recently, people have considered the possibility that Quantum Gravity effects may be detected through violations of the space-time symmetries, particularly Lorentz symmetry. The search for Quantum Gravity pheno ...
PDF
... with which position x and momentum p of a particle can be known simultaneously: σx σp ≥ ~/2 where σx , σp are the standard deviations and ~ is the (reduced) Planck constant. You may know the probability distributions (or the density function or the probability function; we will use the three terms a ...
... with which position x and momentum p of a particle can be known simultaneously: σx σp ≥ ~/2 where σx , σp are the standard deviations and ~ is the (reduced) Planck constant. You may know the probability distributions (or the density function or the probability function; we will use the three terms a ...
A THEORY OF DEDUCTION FOR QUANTUM MECHANICS Abstract
... individual system in a particular state. It is undoubtedly true that eingevalues of a projector can be taken to correspond to a particular property of an individual system on which a repeatable YES-NO experiment of the first kind is carried out by simply disregarding the fact that this repeatability ...
... individual system in a particular state. It is undoubtedly true that eingevalues of a projector can be taken to correspond to a particular property of an individual system on which a repeatable YES-NO experiment of the first kind is carried out by simply disregarding the fact that this repeatability ...
Graph Coloring with Quantum Heuristics
... states in about the same time a conventional machine evaluates just one. Hence one might expect high performance for problems having a rapid test of whether a state is a solution, i.e., NP problems, which are the main computational bottleneck in numerous AI applications. Unfortunately, beyond the di ...
... states in about the same time a conventional machine evaluates just one. Hence one might expect high performance for problems having a rapid test of whether a state is a solution, i.e., NP problems, which are the main computational bottleneck in numerous AI applications. Unfortunately, beyond the di ...
Quantum Chaos
... the energy levels and eigenstates of the (bound) system? For an open system, in the decay rates, in the Smatrix, in the transport properties? (lectures 1 and 2) What kind of semiclassical approximations can be used? (lecture 2) What is the longtime behaviour of a quantum system? (lecture 3) For a ...
... the energy levels and eigenstates of the (bound) system? For an open system, in the decay rates, in the Smatrix, in the transport properties? (lectures 1 and 2) What kind of semiclassical approximations can be used? (lecture 2) What is the longtime behaviour of a quantum system? (lecture 3) For a ...
quantum - Word Format
... take into account of the principles of Quantum Mechanics, and at the same time, provide a coherent mathematical process for calculating and obtaining the results. The most basic issues in quantum computing deal with the representation and measurement of quantum states. This paper will explain some o ...
... take into account of the principles of Quantum Mechanics, and at the same time, provide a coherent mathematical process for calculating and obtaining the results. The most basic issues in quantum computing deal with the representation and measurement of quantum states. This paper will explain some o ...
Effective Field Theory Approach to Gravitationally Induced
... with mass 1 kg in such a superposition state, the gravitationally induced decoherence rate is decohere 108 sec1 . Thus, even leaving aside the technical challenges due to the presence of everyday environments in preparing such macroscopic matter superposition states, the cosmic gravitational ba ...
... with mass 1 kg in such a superposition state, the gravitationally induced decoherence rate is decohere 108 sec1 . Thus, even leaving aside the technical challenges due to the presence of everyday environments in preparing such macroscopic matter superposition states, the cosmic gravitational ba ...
Relativity and Quantum Mechanics
... approach to the Knowledge and/or Skills as detailed below. It is recommended that the assessment be completed within two hours. Learners can only have access to the SQA Databook for HN Physics or any suitable replacement when sitting the assessment. Written and/or oral recorded evidence for Outcome ...
... approach to the Knowledge and/or Skills as detailed below. It is recommended that the assessment be completed within two hours. Learners can only have access to the SQA Databook for HN Physics or any suitable replacement when sitting the assessment. Written and/or oral recorded evidence for Outcome ...
Lecture Notes # 3
... Particle in a 3-D Box • Let’s confine e- now to a 3-D box • Similar to a unit cell, but e- is confined inside by U outside the box • Schrödinger’s equation is now ...
... Particle in a 3-D Box • Let’s confine e- now to a 3-D box • Similar to a unit cell, but e- is confined inside by U outside the box • Schrödinger’s equation is now ...
An alternative quantization procedure for the Hydrogen atom
... meet with in these future trials. It is represented by the existence of S-states with angular momentum quantum number l = 0. By the expression of the squared angular momentum values l(l + 1) holding in quantum mechanics, this value in a S-state is obviously also zero. Now no fluctuation law of a qua ...
... meet with in these future trials. It is represented by the existence of S-states with angular momentum quantum number l = 0. By the expression of the squared angular momentum values l(l + 1) holding in quantum mechanics, this value in a S-state is obviously also zero. Now no fluctuation law of a qua ...