Boson sampling for molecular vibronic spectra - CIQM
... Recently, Aaronson and Arkhipov found that sampling the distribution of photons at the output of a linear photonic network is expected (modulo a few conjectures) to be computationally inefficient for any classical computer, because it requires the evaluation of many matrix permanents12. On the contra ...
... Recently, Aaronson and Arkhipov found that sampling the distribution of photons at the output of a linear photonic network is expected (modulo a few conjectures) to be computationally inefficient for any classical computer, because it requires the evaluation of many matrix permanents12. On the contra ...
Local Acausality - DepositOnce
... does not, in general, imply absence of correlation, it does so if the relevant probabilities are conditional on the instantiation of common causes of the correlated effects. To be a bit more precise, using the Reichenbachian notion of probabilistic causality, we can state a necessary condition for a ...
... does not, in general, imply absence of correlation, it does so if the relevant probabilities are conditional on the instantiation of common causes of the correlated effects. To be a bit more precise, using the Reichenbachian notion of probabilistic causality, we can state a necessary condition for a ...
Interpreting Quantum Mechanics in Terms of - Philsci
... necessarily determined by the evolution law for the wave function. Fortunately, it has been realized that the conventional measurement that leads to the apparent collapse of the wave function is only one kind of quantum measurement, and there also exists another kind of measurement that avoids the c ...
... necessarily determined by the evolution law for the wave function. Fortunately, it has been realized that the conventional measurement that leads to the apparent collapse of the wave function is only one kind of quantum measurement, and there also exists another kind of measurement that avoids the c ...
Dynamics and Excited States of Quantum Many
... One common method of attack in this situation, where microscopic degrees of freedom are difficult to access experimentally and the microscopic model is not analytically known, is to perform numerical simulations of various microscopic models that are guessed to have relevance to the problem in ques ...
... One common method of attack in this situation, where microscopic degrees of freedom are difficult to access experimentally and the microscopic model is not analytically known, is to perform numerical simulations of various microscopic models that are guessed to have relevance to the problem in ques ...
Classical vs Quantum Information - UMD Math
... For four input bits of Alice, two pairs of NS-boxes on the level k = 1 allow Bob to make the guess of a value of any one of Alice’s bits as soon as he knows either a1 ⊕ AL or a3 ⊕ AR , which are the one-bit messages of the 1-box protocol. These can be encoded using the third box, on the level k = 2, ...
... For four input bits of Alice, two pairs of NS-boxes on the level k = 1 allow Bob to make the guess of a value of any one of Alice’s bits as soon as he knows either a1 ⊕ AL or a3 ⊕ AR , which are the one-bit messages of the 1-box protocol. These can be encoded using the third box, on the level k = 2, ...
Quantum walk search on satisfiability problems random
... and David Deutsch in the 1980's, quantum computing remained little more than a curiosity until Peter 8hor's discovery of a polynomial time integer factorization algorithm in 1994 and Lov Grover's subsequent development of a quantum search algorithm in 1996 [13, 12, 29, 14]. The discovery of these pr ...
... and David Deutsch in the 1980's, quantum computing remained little more than a curiosity until Peter 8hor's discovery of a polynomial time integer factorization algorithm in 1994 and Lov Grover's subsequent development of a quantum search algorithm in 1996 [13, 12, 29, 14]. The discovery of these pr ...
thesis
... In the most mundane spacetime, that of 3+1 dimensions, particles fall in precisely two classes: bosons and fermions. These can either be defined by their exchange properties or by their spins. The importance of this difference between particles can of course not be overstated. It is at the root of t ...
... In the most mundane spacetime, that of 3+1 dimensions, particles fall in precisely two classes: bosons and fermions. These can either be defined by their exchange properties or by their spins. The importance of this difference between particles can of course not be overstated. It is at the root of t ...
