Remnants, Fuzzballs or Wormholes
... These have not been indentified with corresponidng CFT states … it is possible that some of them are lifted slightly (order 1/M ?) by quantum effects … In that case they contribute to the count of near extremal states rather than extremal states … ...
... These have not been indentified with corresponidng CFT states … it is possible that some of them are lifted slightly (order 1/M ?) by quantum effects … In that case they contribute to the count of near extremal states rather than extremal states … ...
Gate-defined quantum confinement in suspended bilayer graphene
... sparse and aperiodic in nature, we expect that they are not generated by random dot formation in the constrictions or under the local gates. We note that the highly resistive v = 0 gap in the quantum Hall regime enables more robust confinement than the electric fieldinduced gap, and we demonstrate t ...
... sparse and aperiodic in nature, we expect that they are not generated by random dot formation in the constrictions or under the local gates. We note that the highly resistive v = 0 gap in the quantum Hall regime enables more robust confinement than the electric fieldinduced gap, and we demonstrate t ...
PROJECTIVE AND CONFORMAL STRUCTURES IN GENERAL
... between different observations, and then hypothesize a mathematical structure for space-time which would contain these relations and give general relativity in a classical limit. We do not know how to do this at present.” ...
... between different observations, and then hypothesize a mathematical structure for space-time which would contain these relations and give general relativity in a classical limit. We do not know how to do this at present.” ...
Microscopic theory for quantum mirages in quantum corrals D. Porras, J. Ferna´ndez-Rossier,
... the presence of the corral is accounted for by replacing the plane waves, which diagonalize the free-surface electron Hamiltonian, by the corral states. Throughout the paper, we neglect the magnetic moment of the corral atoms. This is justified because the mirage appears also when the corral atoms a ...
... the presence of the corral is accounted for by replacing the plane waves, which diagonalize the free-surface electron Hamiltonian, by the corral states. Throughout the paper, we neglect the magnetic moment of the corral atoms. This is justified because the mirage appears also when the corral atoms a ...
Polchinski
... • It allows solution to some strongly coupled gauge theories. • It tells us where the information goes. ...
... • It allows solution to some strongly coupled gauge theories. • It tells us where the information goes. ...
Fundamentals of Spectroscopy for Optical Remote Sensing
... These experiments were chosen not only for their intriguing features of how to analyze experimental results to test existing theories and discovery new things, but also for their usefulness in optical remote sensing applications. Wave-particle duality is discussed in Chapter 2, as it is a very impo ...
... These experiments were chosen not only for their intriguing features of how to analyze experimental results to test existing theories and discovery new things, but also for their usefulness in optical remote sensing applications. Wave-particle duality is discussed in Chapter 2, as it is a very impo ...
Introduction to Quantum Information and Computation for Chemistry
... reasonable for most applications. As we will show later, using the phase estimation algorithm, one is able to calculate eigenvalues of a given Hamiltonian H in time that is polynomial in O(log N), where N is the size of the Hamiltonian. So in this sense, quantum computation and quantum information w ...
... reasonable for most applications. As we will show later, using the phase estimation algorithm, one is able to calculate eigenvalues of a given Hamiltonian H in time that is polynomial in O(log N), where N is the size of the Hamiltonian. So in this sense, quantum computation and quantum information w ...
Presentation #8
... The spherical harmonics are eigenfunctions of the operator for the z-component of the angular momentum, Lˆ z ...
... The spherical harmonics are eigenfunctions of the operator for the z-component of the angular momentum, Lˆ z ...
Semiclassical approximation of excitations in spin-1 Heisenberg antiferromagnets
... degenerate excitations as quasi particles, with excitation gap ∆. At low temperatures, (T ∆), the density of excitations will be low. Following ref[1], we assume that these quasi-particles can be treated as classical colliding particles, with the S - matrix for the collision being identically −1. ...
... degenerate excitations as quasi particles, with excitation gap ∆. At low temperatures, (T ∆), the density of excitations will be low. Following ref[1], we assume that these quasi-particles can be treated as classical colliding particles, with the S - matrix for the collision being identically −1. ...
Strings_06 - StealthSkater
... of those physicists who really wants to know the mind of God, which means the entire picture. [Brian Greene]: Today, this is the goal of string theory: to unify our understanding of everything from the birth of the Universe to the majestic swirl of galaxies in just one set of principles one Master ...
... of those physicists who really wants to know the mind of God, which means the entire picture. [Brian Greene]: Today, this is the goal of string theory: to unify our understanding of everything from the birth of the Universe to the majestic swirl of galaxies in just one set of principles one Master ...
polarized quantum states
... quantum states. Other proposed measures have been discussed and compared. We have proposed to use the generalized visibility under (linear) polarization transformations as a quantitative polarization measure. Polarization orbits naturally appears under this quantitative measure. Orbits spanning the ...
... quantum states. Other proposed measures have been discussed and compared. We have proposed to use the generalized visibility under (linear) polarization transformations as a quantitative polarization measure. Polarization orbits naturally appears under this quantitative measure. Orbits spanning the ...
Introduction to Single Molecular Magnet
... vice versa, because of which there is always finite probability of finding the particle in, say, right well if it is confined in the left well. Thus, it appears that as if the particle could pass form one to the other without climbing the barrier. This quantum mechanical effect is called tunnelling. The ...
... vice versa, because of which there is always finite probability of finding the particle in, say, right well if it is confined in the left well. Thus, it appears that as if the particle could pass form one to the other without climbing the barrier. This quantum mechanical effect is called tunnelling. The ...
Quantum and classical statistics of the electromagnetic zero
... justifiable skepticism given the limitations of SED vis-à-vis modern quantum theory. We address one such limitation in this paper. While SED is suggestive of interesting physics, given the resounding success of quantum theory as a predictive description of nature, it will be necessary to demonstrate ...
... justifiable skepticism given the limitations of SED vis-à-vis modern quantum theory. We address one such limitation in this paper. While SED is suggestive of interesting physics, given the resounding success of quantum theory as a predictive description of nature, it will be necessary to demonstrate ...
Quantum Gravity Lattice
... Renormalization Group Equations In the framework of the double (g and ) expansion the model looks just like any other renormalizable theory, to every order… ...
... Renormalization Group Equations In the framework of the double (g and ) expansion the model looks just like any other renormalizable theory, to every order… ...
Efficient simulation of quantum state reduction
... we introduce the key notions of filtration, conditional expectation, martingale, and supermartingale, and show how these concepts can be used effectively to characterize the reductive properties of 共1兲. We then proceed to establish, by novel use of a nonlinear filtering technique, that the energy ex ...
... we introduce the key notions of filtration, conditional expectation, martingale, and supermartingale, and show how these concepts can be used effectively to characterize the reductive properties of 共1兲. We then proceed to establish, by novel use of a nonlinear filtering technique, that the energy ex ...
Simulating a simple Quantum Computer
... By a "correct" answer bit we mean, if the input to the computer was the binary digit x then, when the cursor bit was found to be in its terminal (i.e. third) position, the output memory register bit was NOT(x) By an "uncorrupted" cursor we mean at those prior times when the cursor was measured and f ...
... By a "correct" answer bit we mean, if the input to the computer was the binary digit x then, when the cursor bit was found to be in its terminal (i.e. third) position, the output memory register bit was NOT(x) By an "uncorrupted" cursor we mean at those prior times when the cursor was measured and f ...