Strong-Disorder Fixed Point in the Dissipative Random Transverse-Field Ising Model
... As long as L < L the restricted distribution is not significantly different from the full distribution of nonvanishing excitation energies, since the probability for a frozen sample is small for L L . Since P~L has a power law tail down to excitation energies exponentially small in L, the specif ...
... As long as L < L the restricted distribution is not significantly different from the full distribution of nonvanishing excitation energies, since the probability for a frozen sample is small for L L . Since P~L has a power law tail down to excitation energies exponentially small in L, the specif ...
Three Dimensional View of the SYK/AdS Duality
... space-time, thus providing an elementary example (in addition to the c = 1 matrix model [55]) of how a Large N quantum mechanical model grows an additional dimension. Nevertheless, and despite great interest, the precise bulk dual of the SYK model is still ununderstood. It has been conjectured in [ ...
... space-time, thus providing an elementary example (in addition to the c = 1 matrix model [55]) of how a Large N quantum mechanical model grows an additional dimension. Nevertheless, and despite great interest, the precise bulk dual of the SYK model is still ununderstood. It has been conjectured in [ ...
Diapositive 1
... expressions, raising the problem of deciding which is the “true” one. [Bashinsky, Jaffe (1998)] ...
... expressions, raising the problem of deciding which is the “true” one. [Bashinsky, Jaffe (1998)] ...
dirac-weyl-fock equation along a chronological field
... dimension 4, endowed with a Lorentzian metric g and a chronology defined by a local stable field T , such that g (T, T ) = −1. Each stable chronology can be used to foliate Ω into two orthogonal foliations for metric g. One is the space foliation, written E, whose leaves are related sub-manifolds wi ...
... dimension 4, endowed with a Lorentzian metric g and a chronology defined by a local stable field T , such that g (T, T ) = −1. Each stable chronology can be used to foliate Ω into two orthogonal foliations for metric g. One is the space foliation, written E, whose leaves are related sub-manifolds wi ...
Quantum computing
... January 19, 2007: D-Wave Systems (Burnaby, British Columbia) announced a creation of a prototype of commercial quantum computer, called Orion According to D-Wave, adiabatic quantum computer Orion uses 16 qubits and can solve quite complex practical problems (e.g. search a database and solve Sudoku p ...
... January 19, 2007: D-Wave Systems (Burnaby, British Columbia) announced a creation of a prototype of commercial quantum computer, called Orion According to D-Wave, adiabatic quantum computer Orion uses 16 qubits and can solve quite complex practical problems (e.g. search a database and solve Sudoku p ...
Quantum Computation and Quantum Information – Lecture 2
... perform a sequence of operations on their qubits to “move” the quantum state of a particle from one location to another The actual operations are more involved than we have presented here; see the standard texts on quantum computing for details Recommended: S. Lomonaco, “A Rosetta Stone for Quantum ...
... perform a sequence of operations on their qubits to “move” the quantum state of a particle from one location to another The actual operations are more involved than we have presented here; see the standard texts on quantum computing for details Recommended: S. Lomonaco, “A Rosetta Stone for Quantum ...
Quantum Copy-Protection and Quantum Money
... We’ll “offload all the work to the oracle”: U prepares |f given df, and also computes f(x) given |f|x Let P be a poly-time algorithm P for pirating |f, possibly using U Our job: Construct a simulator, which converts P into a poly-time algorithm for learning fF using oracle access to f (but n ...
... We’ll “offload all the work to the oracle”: U prepares |f given df, and also computes f(x) given |f|x Let P be a poly-time algorithm P for pirating |f, possibly using U Our job: Construct a simulator, which converts P into a poly-time algorithm for learning fF using oracle access to f (but n ...
Quantum Computing - Computer Science
... ● Which is a subfield of physics that studies phenomena at the micro level. ...
... ● Which is a subfield of physics that studies phenomena at the micro level. ...