Quantum computation and quantum information (PDF
... As noted by Julian Brown (in [42] page 120), Berthiaume and Brassard connect Heisenberg’s uncertainty principle with the idea that any measurement yielding information in the classical form induces an irrevocable destruction of some remaining information, making further measurements less informative ...
... As noted by Julian Brown (in [42] page 120), Berthiaume and Brassard connect Heisenberg’s uncertainty principle with the idea that any measurement yielding information in the classical form induces an irrevocable destruction of some remaining information, making further measurements less informative ...
Ph.D. Thesis Chirag Dhara
... the numerical simulation of physical and biological systems [KTB11]. The mechanisms of evolution - like natural selection and genetic drift - work with the random variation generated by mutation [Sch44]. Randomness also occupies a central role in philosophical debates about the existence of free wil ...
... the numerical simulation of physical and biological systems [KTB11]. The mechanisms of evolution - like natural selection and genetic drift - work with the random variation generated by mutation [Sch44]. Randomness also occupies a central role in philosophical debates about the existence of free wil ...
ABSTRACT RANDOM ROUTING AND CONCENTRATION IN QUANTUM SWITCHING NETWORKS
... is probabilistically self-routable. In particular, we prove that with random routing on the first (log n − 1) stages and bit controlled self-routing on the last log n stages of a quantum Beneš network, the output packet pattern corresponding to routing with no blocking is always present in the outp ...
... is probabilistically self-routable. In particular, we prove that with random routing on the first (log n − 1) stages and bit controlled self-routing on the last log n stages of a quantum Beneš network, the output packet pattern corresponding to routing with no blocking is always present in the outp ...
PDF - at www.arxiv.org.
... restricts the number of dynamics that are accessible and as a consequence the correlations that can be generated. On the other hand, the extraction of these correlations from the system is generally nontrivial, in particular, time-correlation functions are known to be demanding to extract due to th ...
... restricts the number of dynamics that are accessible and as a consequence the correlations that can be generated. On the other hand, the extraction of these correlations from the system is generally nontrivial, in particular, time-correlation functions are known to be demanding to extract due to th ...
Information Geometric Superactivation of Asymptotic Quantum
... scientific discoveries. The quantum algorithms were under intensive research during the end of the twentieth century. But after Shor published the prime factorization method in 1994 [Shor94], and Grover introduced the quantum searching algorithm in 1996 [Grover96], results in the field of quantum al ...
... scientific discoveries. The quantum algorithms were under intensive research during the end of the twentieth century. But after Shor published the prime factorization method in 1994 [Shor94], and Grover introduced the quantum searching algorithm in 1996 [Grover96], results in the field of quantum al ...
Time dependent entanglement features, and other quantum information aspects,
... This is because the laws of quantum physics opened doors to new opportunities of manipulating information in ways that were not possible classically. Quantum information differs from classical information in many respects, for example, quantum entities may be in a superposition of states unlike cla ...
... This is because the laws of quantum physics opened doors to new opportunities of manipulating information in ways that were not possible classically. Quantum information differs from classical information in many respects, for example, quantum entities may be in a superposition of states unlike cla ...
