Quantum NP - A Survey Dorit Aharonov and Tomer Naveh
... expressive complexity class N P , and the rich theory of N P -completeness, and was an important building block in many later results in theoretical computer science and complexity theory, such as the PCP theorems, hardness of approximation results and the proof that IP = P Space. In the heart of t ...
... expressive complexity class N P , and the rich theory of N P -completeness, and was an important building block in many later results in theoretical computer science and complexity theory, such as the PCP theorems, hardness of approximation results and the proof that IP = P Space. In the heart of t ...
Scattering Matrix Formulation of the Total Photoionization of Two
... with adiabatic channel functions Φn and adiabatic potentials Un depending parametrically on R. The set of adiabatic channel functions at a given R will be used in the following as a complete basis set for the 5-dimensional hypersurface at R. ...
... with adiabatic channel functions Φn and adiabatic potentials Un depending parametrically on R. The set of adiabatic channel functions at a given R will be used in the following as a complete basis set for the 5-dimensional hypersurface at R. ...
Electronic structure of rectangular quantum dots
... and VMC coincide well, especially for Nⱗ10. In the case of a square dot (  ⫽1), the magic configurations can be seen as large peaks in the spectrum. For  ⫽1, the relatively large addition energy for N⫽4 corresponds to a half-filled shell according to Hund’s rule. The spectrum agrees well with the ...
... and VMC coincide well, especially for Nⱗ10. In the case of a square dot (  ⫽1), the magic configurations can be seen as large peaks in the spectrum. For  ⫽1, the relatively large addition energy for N⫽4 corresponds to a half-filled shell according to Hund’s rule. The spectrum agrees well with the ...
Powerpoint97 - mindsofmexico.org
... 3. It has been shown that some algorithms based on the rules of quantum mechanics lead to algorithmic speed up. For example: Grover’s search [2], Shor’s factorization [3] and Childs et al’s continuous quantum walk [4]. 4. Quantum algorithms are an exciting new platform for proposing solutions to cha ...
... 3. It has been shown that some algorithms based on the rules of quantum mechanics lead to algorithmic speed up. For example: Grover’s search [2], Shor’s factorization [3] and Childs et al’s continuous quantum walk [4]. 4. Quantum algorithms are an exciting new platform for proposing solutions to cha ...
Experimental nonlocal and surreal Bohmian trajectories
... single photon propagating close to the z direction has an exact mathematical correspondence with the quantum theory of a nonrelativistic particle of mass m = ℏw/c2 propagating in one dimension with position x and momentum p = ℏkx. As described previously, the mapping out of a set of possible Bohmian ...
... single photon propagating close to the z direction has an exact mathematical correspondence with the quantum theory of a nonrelativistic particle of mass m = ℏw/c2 propagating in one dimension with position x and momentum p = ℏkx. As described previously, the mapping out of a set of possible Bohmian ...
Locality and Causality in Hidden Variables Models of Quantum Theory
... is special, and the conjecture may well be correct for d 3. We exhibit a larger class of states similar to the Werner states, which are entangled, admit a local hidden variables model, and have the additional property that after the rst measurement on one side the projected states are mixtures o ...
... is special, and the conjecture may well be correct for d 3. We exhibit a larger class of states similar to the Werner states, which are entangled, admit a local hidden variables model, and have the additional property that after the rst measurement on one side the projected states are mixtures o ...