Quantum Chaos, Transport, and Decoherence in
... that a necessarily imperfect measurement of the initial condition or rounding errors in a numerical calculation will make long-term prediction of chaotic trajectories impossible. One natural question that arises is how the complicated behavior associated with chaos becomes manifest in quantum system ...
... that a necessarily imperfect measurement of the initial condition or rounding errors in a numerical calculation will make long-term prediction of chaotic trajectories impossible. One natural question that arises is how the complicated behavior associated with chaos becomes manifest in quantum system ...
Quantum-assisted biomolecular modelling
... promote a particular process, or to design our own nanoscale devices with bespoke functions. If we had an equivalent theoretical understanding of biological systems as we have of semiconductors, then whole new regimes of bio-inspired engineering at the nanoscale would become possible. Experimental m ...
... promote a particular process, or to design our own nanoscale devices with bespoke functions. If we had an equivalent theoretical understanding of biological systems as we have of semiconductors, then whole new regimes of bio-inspired engineering at the nanoscale would become possible. Experimental m ...
SIGNIFICANCE OF CLASSICAL RULES IN PENNY FLIP GAME
... 5) If the final state of the coins is the same as that of initial state, then Bob is declared as a winner. ...
... 5) If the final state of the coins is the same as that of initial state, then Bob is declared as a winner. ...
Quantum Criticality and Black Holes
... The quantum theory of a black hole in a 3+1dimensional negatively curved AdS universe is holographically represented by a CFT (the theory of a quantum critical point) in 2+1 dimensions ...
... The quantum theory of a black hole in a 3+1dimensional negatively curved AdS universe is holographically represented by a CFT (the theory of a quantum critical point) in 2+1 dimensions ...
Almost all decoherence models lead to shot noise scaling in
... Parameter dependence moved to mixing probabilities Before: ...
... Parameter dependence moved to mixing probabilities Before: ...
Quantum Optics - University of Arizona
... with his corpuscular theory of light. A decisive work in 1801 by T. Young, on the two-slit diffraction pattern, showed that the wave version of optics was much to be preferred over the corpuscular form. However, so high was the prestige of I. Newton, that the ...
... with his corpuscular theory of light. A decisive work in 1801 by T. Young, on the two-slit diffraction pattern, showed that the wave version of optics was much to be preferred over the corpuscular form. However, so high was the prestige of I. Newton, that the ...
Quantum computation and quantum information
... consisting of m CNOT and single qubit gates with an accuracy only about O[m*log(m/)] gate operations are required (Solovay-Kitaev theorem). • This does not sound too bad! • The problem is that of the order 22n gates are required to implement an arbitrary n-qubit unitary operation (see page 191-1 ...
... consisting of m CNOT and single qubit gates with an accuracy only about O[m*log(m/)] gate operations are required (Solovay-Kitaev theorem). • This does not sound too bad! • The problem is that of the order 22n gates are required to implement an arbitrary n-qubit unitary operation (see page 191-1 ...
Cosmology from quantum potential
... unavoidable and follow naturally in a quantum mechanical description of our universe. Of these, the first can be interpreted as cosmological constant or dark energy of the correct (observed) magnitude and a small mass of the graviton (or axion). The second quantum correction term pushes back the tim ...
... unavoidable and follow naturally in a quantum mechanical description of our universe. Of these, the first can be interpreted as cosmological constant or dark energy of the correct (observed) magnitude and a small mass of the graviton (or axion). The second quantum correction term pushes back the tim ...
25 – 27 MAY 2016, ATHENS, GREECE
... 3+1D. The model generalises the 3+1D Kitaev quantum double replacing the finite group with a finite 2-group. Such a model describes a lattice realisation of BF-CG theory which is proposed to describe topological gauge theories which are both partially Higgsed and partially confined. Furthermore we p ...
... 3+1D. The model generalises the 3+1D Kitaev quantum double replacing the finite group with a finite 2-group. Such a model describes a lattice realisation of BF-CG theory which is proposed to describe topological gauge theories which are both partially Higgsed and partially confined. Furthermore we p ...