On time in quantum physics. In Heather Dyke and Adrian Bardon, editors, A Companion to the Philosophy of Time. John Wiley & Sons Ltd, 2014.Butterfield, J. (2013). On time in quantum physics. In A. Bardon & H. Dyke (Eds.), Blackwell Companion to the Philosophy of Time. Blackwell ...
(2012) On Time in Quantum Physics, To appear in Blackwell Companion to the Philosophy of Time, A. Bardon and H. Dyke (Eds.).J. Butterfield, On Time in Quantum Physics, `The Blackwell Companion to the Philosophy of Time', edited by A. Bardon and H. Dyke, Wiley-Blackwell (2013), ...
& Hoge, M. Time in Quantum Physics: From an External Parameter to an Intrinsic Observable. Found Phys 40, 1368–1378 (2010). https://doi.org/10.1007/s10701-009-9400-z Download citation Received09 September 2009 Accepted16 December 2009 Published23 December 2009 Issue DateOctober 2010 DOI...
It is followed by 12 chapters devoted to conceptual and theoretical investigations as well as experimental issues in quantum-mechanical time measurements. This unique monograph should attract physicists as well as philosophers of science working in the foundations of quantum physics. Time in Quantum ...
latest study examines how quantum light interacts with a material that undergoes a sudden change in its macroscopic properties, creating a single temporal interface between two different media. This is similar to the boundary between air and water, but instead of occurring in space, it happens in...
Note, however, if Φt is not completely positive the intuitive interpretation of the series (2.17) in terms of quantum jumps is no longer valid. Time inhomogeneous evolution Time inhomogeneous semigroup Consider now the dynamical map {Λt,t0}t≥t0 governed by the time dependent master equation...
In subject area: Computer Science Time Quantum refers to the missing quantum aspect of time in traditional quantum theory, highlighting the incomplete formalism of the theory and its relevance in self-organizing processes. AI generated definition based on: Basic Physics of Nanoscience, 2019 ...
Scientists studying a centuries-old mystery of physics suggest two “arrows of time” control the evolution of quantum systems 科学家在研究一个存在了数百年的物理学谜题时提出,量子系统的演化可能受到两种“时间之箭”的控制。 By Gayoung Lee edited by Lee Billings ...
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Time-optimal control holds promise across the full spectrum of quantum technologies, where the rapid generation of unitary gates and state transformations is crucial to mitigate decoherence effects. In practical scenarios, quantum systems are always imme