Bulk Locality and Quantum Error Correction in AdS/CFT arXiv
... bulk side the tool we will mostly use is the AdS-Rindler reconstruction of bulk fields introduced in [7] and refined in [8]. We will observe that this construction has several paradoxical features, which we will illuminate by recasting it on the CFT side in the language of quantum error correcting ...
... bulk side the tool we will mostly use is the AdS-Rindler reconstruction of bulk fields introduced in [7] and refined in [8]. We will observe that this construction has several paradoxical features, which we will illuminate by recasting it on the CFT side in the language of quantum error correcting ...
5, 4023 (2014)
... and d ¼ 0 has two degenerate local minima at quasi-momenta ±q, where q ¼ kR(1 (O/4ER)2)1/2. The spin polarization of these two states is finite and opposite to each other. An ensemble of non-interacting atoms occupies both states equally and thus has zero average spin polarization and quasi-momentu ...
... and d ¼ 0 has two degenerate local minima at quasi-momenta ±q, where q ¼ kR(1 (O/4ER)2)1/2. The spin polarization of these two states is finite and opposite to each other. An ensemble of non-interacting atoms occupies both states equally and thus has zero average spin polarization and quasi-momentu ...
Superposition, Entanglement, and Raising Schrödinger’s Cat Nobel Lecture, December 8, 2012
... Schrödinger dubbed this an entangled state because the state of the particle is correlated with the state of the cat. That is, upon measurement, if the particle is observed to be undecayed, one can say with certainty that the cat is alive, and vice versa. But before measurement, the particle and cat ...
... Schrödinger dubbed this an entangled state because the state of the particle is correlated with the state of the cat. That is, upon measurement, if the particle is observed to be undecayed, one can say with certainty that the cat is alive, and vice versa. But before measurement, the particle and cat ...
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... kinetic energy, h and me being the Planck constant and the electron mass, respectively. This limit is not the same as the conventional classical limit obtained by h → 0 for a fixed dimension [17,18]. Although at first sight, the electrons at rest in fixed locations might seem to violate the uncertai ...
... kinetic energy, h and me being the Planck constant and the electron mass, respectively. This limit is not the same as the conventional classical limit obtained by h → 0 for a fixed dimension [17,18]. Although at first sight, the electrons at rest in fixed locations might seem to violate the uncertai ...
LETTERS Generation of Fock states in a superconducting quantum circuit
... from the minimal splitting in Fig. 1b, yielding slightly higher oscillation frequencies. The oscillation frequencies for higher photon number states, however, are less affected by detuning because they are more strongly coupled to the qubit. Indeed, for this experiment we choose the on-point such as ...
... from the minimal splitting in Fig. 1b, yielding slightly higher oscillation frequencies. The oscillation frequencies for higher photon number states, however, are less affected by detuning because they are more strongly coupled to the qubit. Indeed, for this experiment we choose the on-point such as ...
Observations on Hyperplane: II. Dynamical Variables and
... dependence of Lorentz boosts on the presence and nature of interactions (Fleming 2003a); in short, on dynamics. While non-relativistic Galilean boosts were interaction free, Lorentz boosts are not. If all the observables we ever measured were local fields at points, this would not be a problem, for ...
... dependence of Lorentz boosts on the presence and nature of interactions (Fleming 2003a); in short, on dynamics. While non-relativistic Galilean boosts were interaction free, Lorentz boosts are not. If all the observables we ever measured were local fields at points, this would not be a problem, for ...
Emergence of a classical world from within quantum theory
... Combinatorics & Optimization Department, University of Waterloo • Lee Smolin, Member of Committee Department of Physics, University of Waterloo ...
... Combinatorics & Optimization Department, University of Waterloo • Lee Smolin, Member of Committee Department of Physics, University of Waterloo ...
