PDF
... even better binary-communication performance could be obtained by use of twophoton coherent state (now known as squeezed state) light, for which semiclassical photodetection theory did not apply. In quantum mechanics, the state of a physical system together with the measurement that is made on that ...
... even better binary-communication performance could be obtained by use of twophoton coherent state (now known as squeezed state) light, for which semiclassical photodetection theory did not apply. In quantum mechanics, the state of a physical system together with the measurement that is made on that ...
Quantum computation and quantum information (PDF
... measurements we make. Taken to its limit, the Copenhagen interpretation denies the reality of an individual photon or electron until it has been observed. Let us see how different interpretations of quantum mechanics can explain the result of the double-slit experiment. It was first conducted by Tho ...
... measurements we make. Taken to its limit, the Copenhagen interpretation denies the reality of an individual photon or electron until it has been observed. Let us see how different interpretations of quantum mechanics can explain the result of the double-slit experiment. It was first conducted by Tho ...
Macroscopic Quantum Tunneling in a Josephson Junction Coupled
... If we think of the JJ as a mass on a spring then perhaps it makes sense that increasing the coupling strength between it and another oscillator decreases its amplitude, since this means that the coupling spring gets stiffer. This effect is even more evident when the resonator frequency is small, sin ...
... If we think of the JJ as a mass on a spring then perhaps it makes sense that increasing the coupling strength between it and another oscillator decreases its amplitude, since this means that the coupling spring gets stiffer. This effect is even more evident when the resonator frequency is small, sin ...
Aspects of quantum information theory
... Quantum information and quantum computation have recently attracted a lot of interest. The promise of new technologies like safe cryptography and new “super computers”, capable of handling otherwise untractable problems, has excited not only researchers from many different fields like physicists, ma ...
... Quantum information and quantum computation have recently attracted a lot of interest. The promise of new technologies like safe cryptography and new “super computers”, capable of handling otherwise untractable problems, has excited not only researchers from many different fields like physicists, ma ...
CHAPTER 5 The Bohr Model of the Atom
... proposed a wave model of light in 1864 that gained widespread support. Maxwell’s equations related electricity, magnetism, and light so comprehensively that several physicists suggested students should major in other sciences because everything in physics had been discovered. Scientists thought that ...
... proposed a wave model of light in 1864 that gained widespread support. Maxwell’s equations related electricity, magnetism, and light so comprehensively that several physicists suggested students should major in other sciences because everything in physics had been discovered. Scientists thought that ...
Bulk Entanglement Spectrum Reveals Quantum
... transition, both of which are described by the ChalkerCoddington network model and exhibit a massless Dirac fermion spectrum at criticality [15]. The entanglement phase transition can be achieved by tuning the partition in multiple ways. So far, we have changed the size of blocks to vary the degree ...
... transition, both of which are described by the ChalkerCoddington network model and exhibit a massless Dirac fermion spectrum at criticality [15]. The entanglement phase transition can be achieved by tuning the partition in multiple ways. So far, we have changed the size of blocks to vary the degree ...
Monte Carlo Simulations of Quantum Spin Models - cond
... quantum Monte Carlo (QMC) techniques for the simulation of quantum spin systems in thermal equilibrium. Acquaintance with the Monte Carlo approach to simulate classical statistical physics models is assumed, and can be obtained for example from the lecture of W. Krauth in this volume. In devising QM ...
... quantum Monte Carlo (QMC) techniques for the simulation of quantum spin systems in thermal equilibrium. Acquaintance with the Monte Carlo approach to simulate classical statistical physics models is assumed, and can be obtained for example from the lecture of W. Krauth in this volume. In devising QM ...
Geometrical Aspects of Conformal Quantum Field Theory
... The elementary particles form representations of GSM and occur in three different flavors or families. Therefore, the particles of different families carry identical quantum numbers and differ only in their masses. All family members carry spin 1/2 and obey—according to the spin–statistics connectio ...
... The elementary particles form representations of GSM and occur in three different flavors or families. Therefore, the particles of different families carry identical quantum numbers and differ only in their masses. All family members carry spin 1/2 and obey—according to the spin–statistics connectio ...
Black-hole/near-horizon-CFT duality and 4 dimensional classical
... where E is the number of external legs and n the number of vertexes. This simple formula indicates non-renormalizabilty due to the fact that it increases with the number of vertexes. In other words, an infinite sum within the path integral to all orders in ~ will be plagued by infinite ever-divergin ...
... where E is the number of external legs and n the number of vertexes. This simple formula indicates non-renormalizabilty due to the fact that it increases with the number of vertexes. In other words, an infinite sum within the path integral to all orders in ~ will be plagued by infinite ever-divergin ...
Basic Notions of Quantum Network Science
... • The first review of network science by Albert and Barabasi, 2001) is the second most cited paper published in Reviews of Modern Physics, the highest impact factor physics journal, published since 1929. The most cited is Chandaseklar’s 1944 review on solar processes, but it will be surpassed by the ...
... • The first review of network science by Albert and Barabasi, 2001) is the second most cited paper published in Reviews of Modern Physics, the highest impact factor physics journal, published since 1929. The most cited is Chandaseklar’s 1944 review on solar processes, but it will be surpassed by the ...
Special Relativity - Relativity without Einstein
... Philosopher Hans Reichenbach in “The Philosophy of Space and Time”: ...
... Philosopher Hans Reichenbach in “The Philosophy of Space and Time”: ...