Nucleus Chapt 4
... This rotation is another way in which the nucleus can store energy – energy it can lose by emitting gamma rays and hence slowing down. The more deformed it is, the more quickly a spinning nucleus slows down by radiating gamma rays. By measuring how easily nuclei are set spinning when other nuclei ar ...
... This rotation is another way in which the nucleus can store energy – energy it can lose by emitting gamma rays and hence slowing down. The more deformed it is, the more quickly a spinning nucleus slows down by radiating gamma rays. By measuring how easily nuclei are set spinning when other nuclei ar ...
Toward a software architecture for quantum computing design tools
... The second and third phases of our QCC synthesize and optimize a QASM representation of a quantum circuit. In this section, we discuss possible optimization and synthesis procedures that can be applied in these two phases, by analogy with classical chip design techniques. Algorithms for classical lo ...
... The second and third phases of our QCC synthesize and optimize a QASM representation of a quantum circuit. In this section, we discuss possible optimization and synthesis procedures that can be applied in these two phases, by analogy with classical chip design techniques. Algorithms for classical lo ...
Quantum interference in the field ionization of Rydberg atoms
... photon picture of the electron’s pathway to freedom [7]. In the case where the microwave frequency is close to that of the classical Kepler frequency a variety of interesting behaviors have been observed including resonances in the ionization spectrum [8,9], population of extremely highly excited st ...
... photon picture of the electron’s pathway to freedom [7]. In the case where the microwave frequency is close to that of the classical Kepler frequency a variety of interesting behaviors have been observed including resonances in the ionization spectrum [8,9], population of extremely highly excited st ...
An information-theoretic perspective on the foundations of
... of Physics and Astronomy at Swarthmore College. The nature of the work is along the lines of a "library thesis", as it aims to survey and summarize current research in quantum information theory. The author's goal is to bring together different information-theoretic perspectives on the foundations o ...
... of Physics and Astronomy at Swarthmore College. The nature of the work is along the lines of a "library thesis", as it aims to survey and summarize current research in quantum information theory. The author's goal is to bring together different information-theoretic perspectives on the foundations o ...
Macroscopic Quantum Effects in Biophysics and
... Initially, quantum mechanics appeared as a theory of microscopic physical systems (elementary particles, atoms, molecules) and phenomena at small space-time scales; typically, quantum phenomena are manifested at dimensions smaller than 1 nm and time intervals shorter than 1 µs. However, from the ver ...
... Initially, quantum mechanics appeared as a theory of microscopic physical systems (elementary particles, atoms, molecules) and phenomena at small space-time scales; typically, quantum phenomena are manifested at dimensions smaller than 1 nm and time intervals shorter than 1 µs. However, from the ver ...
Relativity and Quantum Theory in Virginia Woolf`s
... “the same mind,” as Richter puts it.31 Because the language of the characters sounds more like abstracted or disembodied consciousness than actual human speech, any sense of solidity in the characters’ existence is considerably undermined.32 Thus, reality is presented not merely as relative to one’s ...
... “the same mind,” as Richter puts it.31 Because the language of the characters sounds more like abstracted or disembodied consciousness than actual human speech, any sense of solidity in the characters’ existence is considerably undermined.32 Thus, reality is presented not merely as relative to one’s ...
A classical treatment of optical tunneling in plasmonic gaps
... redshi of the plasmonic modes and a rise of the near elds. However, quantitative differences emerge, as observed in Fig. 1(c). We thus dene the range of separation distances below 2–5 nm down to 0.3–0.5 nm as the one corresponding to strong nonlocal effects. For separation distances below 0.3–0. ...
... redshi of the plasmonic modes and a rise of the near elds. However, quantitative differences emerge, as observed in Fig. 1(c). We thus dene the range of separation distances below 2–5 nm down to 0.3–0.5 nm as the one corresponding to strong nonlocal effects. For separation distances below 0.3–0. ...
A quantum computing primer for operator theorists
... fields promise far reaching applications [12,24,41,60], there are still many theoretical and experimental issues that must be overcome, and many involve deep mathematical problems. The main goal of this paper is to provide a primer on some of the basic aspects of quantum computing for researchers wi ...
... fields promise far reaching applications [12,24,41,60], there are still many theoretical and experimental issues that must be overcome, and many involve deep mathematical problems. The main goal of this paper is to provide a primer on some of the basic aspects of quantum computing for researchers wi ...
372.pdf
... an range of −1 (Au-side) to +1 (d-side) in d + Au collisions at 冑sNN = 200 GeV with several collision centrality selections. For these measurements, the STAR time-projection chamber (TPC) [19] provided tracking of charged hadrons. The minimum bias trigger was defined by requiring that at least one ...
... an range of −1 (Au-side) to +1 (d-side) in d + Au collisions at 冑sNN = 200 GeV with several collision centrality selections. For these measurements, the STAR time-projection chamber (TPC) [19] provided tracking of charged hadrons. The minimum bias trigger was defined by requiring that at least one ...
Evolving Quantum circuits - Portland State University
... [6,7,18,42,45]. This result is different from binary reversible logic, where the minimum universal gate is 3*3 [19,44] (all quantum gates are reversible and reversible gates have the same number of inputs and outputs and are one-to-one mappings, k*k gate has k inputs and k outputs). An interesting q ...
... [6,7,18,42,45]. This result is different from binary reversible logic, where the minimum universal gate is 3*3 [19,44] (all quantum gates are reversible and reversible gates have the same number of inputs and outputs and are one-to-one mappings, k*k gate has k inputs and k outputs). An interesting q ...
Quantum Monte Carlo, or, how to solve the many
... compute differences between two similar but imprecise numbers (the error bar in the numerical derivative computed by a two-point finite difference might be around a hundred times the error bar in the individual energies). Where the method is used at all, two particular varieties of QMC are commonly ...
... compute differences between two similar but imprecise numbers (the error bar in the numerical derivative computed by a two-point finite difference might be around a hundred times the error bar in the individual energies). Where the method is used at all, two particular varieties of QMC are commonly ...
Quantum Computing
... 3.The DARPA Quantum network, a 10-node quantum key distribution network, has been running since 2004 in Massachusetts, USA. 4.The world's first computer network protected by quantum key distribution was implemented in October 2008, at a scientific conference in Vienna. SECOQC (Secure Communication B ...
... 3.The DARPA Quantum network, a 10-node quantum key distribution network, has been running since 2004 in Massachusetts, USA. 4.The world's first computer network protected by quantum key distribution was implemented in October 2008, at a scientific conference in Vienna. SECOQC (Secure Communication B ...
What Makes a Classical Concept Classical? Toward a
... possessing separate, intrinsic states. These states will, of course, change as a result of interaction, but they are always separately definable. Why is separability a necessary condition for metaphysical independence? It is because, whatever else they might be, the observing scientist and the obser ...
... possessing separate, intrinsic states. These states will, of course, change as a result of interaction, but they are always separately definable. Why is separability a necessary condition for metaphysical independence? It is because, whatever else they might be, the observing scientist and the obser ...
E. Waltersson, On the role of the electron
... energy for each given symmetry is easily obtained and there is no straightforward way to obtain general excited states. It should also be stated here that most of the cited CI and QMC-studies have been focused on the search for exotic phenomena such as Wigner molecule formation that occur for weak c ...
... energy for each given symmetry is easily obtained and there is no straightforward way to obtain general excited states. It should also be stated here that most of the cited CI and QMC-studies have been focused on the search for exotic phenomena such as Wigner molecule formation that occur for weak c ...
