Statistics, Causality and Bell`s theorem
... evidence that (3) or (4) is false. We’ll engage in some nit-picking about whether or not such experiments have already been done, later in the paper. ...
... evidence that (3) or (4) is false. We’ll engage in some nit-picking about whether or not such experiments have already been done, later in the paper. ...
Quantum Query Lower Bounds: The Adversary Method
... This isn’t quite as powerful as you might hope. In particular, it fails to give us a good lower bound when we can’t find sets Y and Z which have many strings hamming distance 1 away from each other. As motiviation consider the problem of distinguishing between strings of hamming weight 0 and strings ...
... This isn’t quite as powerful as you might hope. In particular, it fails to give us a good lower bound when we can’t find sets Y and Z which have many strings hamming distance 1 away from each other. As motiviation consider the problem of distinguishing between strings of hamming weight 0 and strings ...
ON THE QUANTUM-CLASSICAL ANALOGIES 1. INTRODUCTION It
... optical amplitude and phase measurements could give us a hint on the quantum wavefunction, which are much more difficult to measure. In addition, although the analogies between (3) and (4) are strictly valid only for ballistic (without ...
... optical amplitude and phase measurements could give us a hint on the quantum wavefunction, which are much more difficult to measure. In addition, although the analogies between (3) and (4) are strictly valid only for ballistic (without ...
The Quantum Measurement Problem: State of Play - Philsci
... superpositions, and because only when we have such superpositions do we have any need to apply the Quantum Algorithm. But processes other than formal measurements — the amplification of classical chaos into quantum-mechanical indeterminateness, in particular — can also give rise to macroscopic super ...
... superpositions, and because only when we have such superpositions do we have any need to apply the Quantum Algorithm. But processes other than formal measurements — the amplification of classical chaos into quantum-mechanical indeterminateness, in particular — can also give rise to macroscopic super ...
Generating nonclassical quantum input field states with modulating
... 2 Modulating filter Our strategy is to employ a modulating filter M to process vacuum input and to feed this forward to the system. In principle, the modulator and system are run in series as a single Markov component driven by vacuum input, as in Figure . Tracing out the modulator degrees of freedom ...
... 2 Modulating filter Our strategy is to employ a modulating filter M to process vacuum input and to feed this forward to the system. In principle, the modulator and system are run in series as a single Markov component driven by vacuum input, as in Figure . Tracing out the modulator degrees of freedom ...
Slides - cchem.berkeley.edu
... In principle quantum mechanics applies to any object of any size. However the quantum effects (wave-particle behavior) is most noticeable for very small objects. ...
... In principle quantum mechanics applies to any object of any size. However the quantum effects (wave-particle behavior) is most noticeable for very small objects. ...
