Tensor Product Methods and Entanglement
... (TTNS) approach.[98–100] The QC-TTNS combines a number of favorable features that suggest it might represent a novel, flexible approach in quantum chemistry: the more general concept of data-sparsity inherent in the TNS representation allows for the efficient representation of a much bigger class of ...
... (TTNS) approach.[98–100] The QC-TTNS combines a number of favorable features that suggest it might represent a novel, flexible approach in quantum chemistry: the more general concept of data-sparsity inherent in the TNS representation allows for the efficient representation of a much bigger class of ...
Circuit QED: Superconducting Qubits Coupled to
... manner combining together a few different building blocks in simple ways. The wires connecting these building blocks have to be capable of carrying quantum signals (Schoelkopf and Girvin, 2008), but are still relatively simple and the problem of spatial mode matching that occurs in optical circuits ...
... manner combining together a few different building blocks in simple ways. The wires connecting these building blocks have to be capable of carrying quantum signals (Schoelkopf and Girvin, 2008), but are still relatively simple and the problem of spatial mode matching that occurs in optical circuits ...
Superconducting Qubit Storage and Entanglement with Nanomechanical Resonators A. N. Cleland
... generated tremendous interest in the potential for superconductor-based quantum computers. Coherence times up to 5 s have been reported in the current-biased devices [2], long enough to perform many logical operations. Here we describe a flexible and scalable quantuminformation-processing architect ...
... generated tremendous interest in the potential for superconductor-based quantum computers. Coherence times up to 5 s have been reported in the current-biased devices [2], long enough to perform many logical operations. Here we describe a flexible and scalable quantuminformation-processing architect ...
Reliable quantum computers
... the code space to mutually orthogonal error subspaces. We can make a measurement after our system has interacted with the environment that tells us in which of these mutually orthogonal subspaces the system resides, and hence infer exactly what type of error occurred. The error can then be repaired ...
... the code space to mutually orthogonal error subspaces. We can make a measurement after our system has interacted with the environment that tells us in which of these mutually orthogonal subspaces the system resides, and hence infer exactly what type of error occurred. The error can then be repaired ...
pdf - VUB
... made apparent in the context of a particular stimulus situation, i.e. the external world. We agree that it may be beyond our reach to predict exactly how world knowledge will come into play in every particular case. However, it is at least possible to put forth a theory of concepts that not only all ...
... made apparent in the context of a particular stimulus situation, i.e. the external world. We agree that it may be beyond our reach to predict exactly how world knowledge will come into play in every particular case. However, it is at least possible to put forth a theory of concepts that not only all ...
StMalloQuantumComputing
... A device that harnesses quantum physical phenomena such as entanglement and superposition. The laws of quantum mechanics differ radically from the laws of classical physics. The unit of information, the qubit can exist as a 0, or 1, or, simultaneously, as both 0 and 1. ...
... A device that harnesses quantum physical phenomena such as entanglement and superposition. The laws of quantum mechanics differ radically from the laws of classical physics. The unit of information, the qubit can exist as a 0, or 1, or, simultaneously, as both 0 and 1. ...
A Noncommutative Sigma Model by Mauritz van den Worm
... Here we took σ1 to be the upper limit of the σ-coordinate in parameter space. The world lines of the string endpoints have constant values of σ and we can then parametrize the string by τ . In studying the dynamics that arise in string theory one usually starts out with the Nambu-Goto action. In Lag ...
... Here we took σ1 to be the upper limit of the σ-coordinate in parameter space. The world lines of the string endpoints have constant values of σ and we can then parametrize the string by τ . In studying the dynamics that arise in string theory one usually starts out with the Nambu-Goto action. In Lag ...
Observation of Quantum Oscillations between a Josephson Phase Qubit
... estimated indirectly from the amplitude of Rabi oscillations [14]. Whether these lowered fidelities can be attributed to microscopic fluctuators remains to be investigated. In conclusion, we have implemented a state measurement technique for the Josephson phase qubit that is an order of magnitude fa ...
... estimated indirectly from the amplitude of Rabi oscillations [14]. Whether these lowered fidelities can be attributed to microscopic fluctuators remains to be investigated. In conclusion, we have implemented a state measurement technique for the Josephson phase qubit that is an order of magnitude fa ...
