Algebraic Topology Foundations of Supersymmetry and Symmetry
... always involves representations through specification of concrete elements, objects and transformations. Thus, groupoid and functorial representations that generalize group representations in several, meaningful ways are key to linking abstract, quantum operator algebras and symmetry properties with ...
... always involves representations through specification of concrete elements, objects and transformations. Thus, groupoid and functorial representations that generalize group representations in several, meaningful ways are key to linking abstract, quantum operator algebras and symmetry properties with ...
Basic Notions of Quantum Network Science
... • The first review of network science by Albert and Barabasi, 2001) is the second most cited paper published in Reviews of Modern Physics, the highest impact factor physics journal, published since 1929. The most cited is Chandaseklar’s 1944 review on solar processes, but it will be surpassed by the ...
... • The first review of network science by Albert and Barabasi, 2001) is the second most cited paper published in Reviews of Modern Physics, the highest impact factor physics journal, published since 1929. The most cited is Chandaseklar’s 1944 review on solar processes, but it will be surpassed by the ...
Long-time behavior of nuclear spin decays in various lattices
... It has been argued in Refs. 17 and 18 that the occurrence of the well-defined long-time behavior (1) for FIDs in the absence of the separation of time scales is already a strong indication of the role of microscopic chaos. However, such behavior could also appear in approximate theories of spin dyna ...
... It has been argued in Refs. 17 and 18 that the occurrence of the well-defined long-time behavior (1) for FIDs in the absence of the separation of time scales is already a strong indication of the role of microscopic chaos. However, such behavior could also appear in approximate theories of spin dyna ...
Superconducting Qubit Storage and Entanglement with Nanomechanical Resonators A. N. Cleland
... generated tremendous interest in the potential for superconductor-based quantum computers. Coherence times up to 5 s have been reported in the current-biased devices [2], long enough to perform many logical operations. Here we describe a flexible and scalable quantuminformation-processing architect ...
... generated tremendous interest in the potential for superconductor-based quantum computers. Coherence times up to 5 s have been reported in the current-biased devices [2], long enough to perform many logical operations. Here we describe a flexible and scalable quantuminformation-processing architect ...
Biological Autonomy
... that cannot be solved on the basis of evolution and physical laws alone. For example, when a fish is thrown back into the river, nature’s command is short: survive! This command does not inform the fish in terms of physical details and spatial coordinates what to do, such as to turn left or right. O ...
... that cannot be solved on the basis of evolution and physical laws alone. For example, when a fish is thrown back into the river, nature’s command is short: survive! This command does not inform the fish in terms of physical details and spatial coordinates what to do, such as to turn left or right. O ...
Chapter 3: Quantum Computing
... except an upper bound is imposed on both the intensity to do the sensing (which again is an arbitrarily small multiplicative factor of the input intensity) whether or not the obstructing body is present. A quantum optical method for IFS (but not IFM) may be used to do I/O with bandwidth reduced by a ...
... except an upper bound is imposed on both the intensity to do the sensing (which again is an arbitrarily small multiplicative factor of the input intensity) whether or not the obstructing body is present. A quantum optical method for IFS (but not IFM) may be used to do I/O with bandwidth reduced by a ...
Quantum Information Processing: Algorithms, Technologies and
... Let NC (QNC, respectively) be the class of (quantum, respectively) circuits with polynomial size and polylogorithmic depth. Thus QNC is the quantum analog of the processor efficient parallel class NC. Moore, Nilsson [93] define QNC and show various problems are in QNC, for example they show that the ...
... Let NC (QNC, respectively) be the class of (quantum, respectively) circuits with polynomial size and polylogorithmic depth. Thus QNC is the quantum analog of the processor efficient parallel class NC. Moore, Nilsson [93] define QNC and show various problems are in QNC, for example they show that the ...
Three Roads To Quantum Gravity
... Heisenberg, Erwin SchroÈdinger, and many others. But this was only the starting point of the revolution, because neither of these two theories is complete enough to serve as a new foundation for physics. While very useful, and able to explain many things, each is incomplete and limited. Quantum theo ...
... Heisenberg, Erwin SchroÈdinger, and many others. But this was only the starting point of the revolution, because neither of these two theories is complete enough to serve as a new foundation for physics. While very useful, and able to explain many things, each is incomplete and limited. Quantum theo ...
Twenty years of the Weyl anomaly
... This was the road to Damascus for Steve as far as Weyl anomalies were concerned an4 like many a recent convert, he went on to become their most ardent advocatet. This was also the beginning of a very fruitful collaboration between the two of us. The significance of my paper with Deser and Isham was ...
... This was the road to Damascus for Steve as far as Weyl anomalies were concerned an4 like many a recent convert, he went on to become their most ardent advocatet. This was also the beginning of a very fruitful collaboration between the two of us. The significance of my paper with Deser and Isham was ...
The quantum states of muons in fluorides
... Our measurement of νi (0) allows us to attempt to determine the muon sites ...
... Our measurement of νi (0) allows us to attempt to determine the muon sites ...
Applying elementary principles from quantum physics
... So what are we after then? We attempt to use techniques from physics to applications outside physics... How are we really doing this...? Since my training is in economics and not at all in physics or maths ....a quote from Nobel prize winner in economics - P. Samuelson may therefore not be out of p ...
... So what are we after then? We attempt to use techniques from physics to applications outside physics... How are we really doing this...? Since my training is in economics and not at all in physics or maths ....a quote from Nobel prize winner in economics - P. Samuelson may therefore not be out of p ...
Compendium of Theoretical Physics
... The advantage of our deductive method may be particularly apparent in the second chapter, Electrodynamics. In contrast to many other textbooks, we start with Maxwell’s equations in their most general form. This allows us immediately to see very clearly the structure of this theory. We quickly find th ...
... The advantage of our deductive method may be particularly apparent in the second chapter, Electrodynamics. In contrast to many other textbooks, we start with Maxwell’s equations in their most general form. This allows us immediately to see very clearly the structure of this theory. We quickly find th ...
Bell's theorem
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Bell's theorem is a ‘no-go theorem’ that draws an important distinction between quantum mechanics (QM) and the world as described by classical mechanics. This theorem is named after John Stewart Bell.In its simplest form, Bell's theorem states:Cornell solid-state physicist David Mermin has described the appraisals of the importance of Bell's theorem in the physics community as ranging from ""indifference"" to ""wild extravagance"". Lawrence Berkeley particle physicist Henry Stapp declared: ""Bell's theorem is the most profound discovery of science.""Bell's theorem rules out local hidden variables as a viable explanation of quantum mechanics (though it still leaves the door open for non-local hidden variables). Bell concluded:Bell summarized one of the least popular ways to address the theorem, superdeterminism, in a 1985 BBC Radio interview: