Quantum strategies
... equilibrium in the set of pure strategies, von Neumann showed that there is always an equilibrium at which each player follows a mixed strategy. A mixed strategy deviating from the equilibrium strategy cannot increase a player’s expected payoff. We show, however, that in our example a player who imp ...
... equilibrium in the set of pure strategies, von Neumann showed that there is always an equilibrium at which each player follows a mixed strategy. A mixed strategy deviating from the equilibrium strategy cannot increase a player’s expected payoff. We show, however, that in our example a player who imp ...
Properties, Statistics and the Identity of Quantum Particles
... refutes the intuition, as it is a theory of non-individuals • ‘Received View’, dating back to (some of) the founding fathers of the theory - e.g., Born, Heisenberg • «It is impossible for either of these individuals to retain his identity so that one of them will always be able to say ‘I’m Mike’ and ...
... refutes the intuition, as it is a theory of non-individuals • ‘Received View’, dating back to (some of) the founding fathers of the theory - e.g., Born, Heisenberg • «It is impossible for either of these individuals to retain his identity so that one of them will always be able to say ‘I’m Mike’ and ...
a presentation of Michel from 2009
... by doing imperfect measurements and by using converging sequences of “fault-tolerant”, but imperfect, gates one can continuously protect the grand wavefunction from the random drift of its 10300 amplitudes and moreover make these amplitudes change in a precise and regular manner needed for quant ...
... by doing imperfect measurements and by using converging sequences of “fault-tolerant”, but imperfect, gates one can continuously protect the grand wavefunction from the random drift of its 10300 amplitudes and moreover make these amplitudes change in a precise and regular manner needed for quant ...
The Limits of Quantum Computers
... Approximately Correctly) learning a quantum state Informally: Can predict approximate expectation values of most measurements on an n-qubit state, after a number of sample measurements that increases only linearly with n By contrast, traditional quantum state tomography requires ~4n measurements Rec ...
... Approximately Correctly) learning a quantum state Informally: Can predict approximate expectation values of most measurements on an n-qubit state, after a number of sample measurements that increases only linearly with n By contrast, traditional quantum state tomography requires ~4n measurements Rec ...
The quantum Heisenberg group H(1)q
... these q-deformed operators is B( O( 1) 9. This fact is related to the following properties of the classical a, a’; they close an algebra [a,at ] = 1, quantized as our H( 1) 4, but also with H = 2at a + 1 a super algebra {a,~+ ) = H, [ H,a] = - 2a, [ H,at ] = 2a’, quantized as B( 011 )9 in Ref. 5, th ...
... these q-deformed operators is B( O( 1) 9. This fact is related to the following properties of the classical a, a’; they close an algebra [a,at ] = 1, quantized as our H( 1) 4, but also with H = 2at a + 1 a super algebra {a,~+ ) = H, [ H,a] = - 2a, [ H,at ] = 2a’, quantized as B( 011 )9 in Ref. 5, th ...
Fractional Quantum Hall effect in a Curved Space
... • Hall Conductance (Response to Magnetic Field): ...
... • Hall Conductance (Response to Magnetic Field): ...
Chap 6.
... for benzene. Dotted arrow shows the lowest-energy excitation. The enhanced stability the benzene molecule can be attributed to the complete shells of π-electron orbitals, analogous to the way that noble gas electron configurations achieve their stability. Naphthalene, apart from the central C–C bond ...
... for benzene. Dotted arrow shows the lowest-energy excitation. The enhanced stability the benzene molecule can be attributed to the complete shells of π-electron orbitals, analogous to the way that noble gas electron configurations achieve their stability. Naphthalene, apart from the central C–C bond ...
