1 - Philsci
... Shimony and Stein (further abbreviated as SS) correctly identify a minor logical oversight in Stapp’s original proof. The oversight consists in a misinterpretation of “nested” strict conditionals of the form p (q r). Stapp treats this formula as being logically equivalent to (p q) r, whereas ...
... Shimony and Stein (further abbreviated as SS) correctly identify a minor logical oversight in Stapp’s original proof. The oversight consists in a misinterpretation of “nested” strict conditionals of the form p (q r). Stapp treats this formula as being logically equivalent to (p q) r, whereas ...
I. Results from Prior NSF Support
... variation of index with wavelength. Our experiment's unique sensitivity to the phase shift of forward-scattered atoms provides data which have never before been available for studying atomatom interactions. In addition, our recent experiment shows strong evidence for glory oscillations in the phase ...
... variation of index with wavelength. Our experiment's unique sensitivity to the phase shift of forward-scattered atoms provides data which have never before been available for studying atomatom interactions. In addition, our recent experiment shows strong evidence for glory oscillations in the phase ...
Defining and detecting quantum speedup
... consensus may be time- and community-dependent [14]. In the absence of a consensus about what is the best classical algorithm, we define potential (quantum) speedup as a speedup compared to a specific classical algorithm or a set of classical algorithms. An example is the simulation of the time evol ...
... consensus may be time- and community-dependent [14]. In the absence of a consensus about what is the best classical algorithm, we define potential (quantum) speedup as a speedup compared to a specific classical algorithm or a set of classical algorithms. An example is the simulation of the time evol ...
PDF (Thesis)
... of a quantum system (the plant), which is coupled to a non-Markovian bath (i.e., one with a memory) while at the same time being under continuous quantum measurement (by the probe field). This aims at providing a general framework for analyzing a large class of non-Markovian measurement processes. C ...
... of a quantum system (the plant), which is coupled to a non-Markovian bath (i.e., one with a memory) while at the same time being under continuous quantum measurement (by the probe field). This aims at providing a general framework for analyzing a large class of non-Markovian measurement processes. C ...
Entanglement and state characterisation from two-photon interference
... existing work. We then describe how we can obtain the temporal wave-function of an unknown two-photon state with a measurement technique common in quantum optics, i.e. the recording of photon pair statistics for different polarisation bases. The trick is to interfere the unknown state with a low-pow ...
... existing work. We then describe how we can obtain the temporal wave-function of an unknown two-photon state with a measurement technique common in quantum optics, i.e. the recording of photon pair statistics for different polarisation bases. The trick is to interfere the unknown state with a low-pow ...
