Wavefunctions and carrier-carrier interactions in InAs quantum dots
... heterostructure semiconductor lasers [3]. The quantum well (QW) laser showed improved efficiency and a lower threshold current than bulk semiconductor lasers [4]. The threshold current, i.e. the minimum injection current for which lasing is observed, was found to be less temperature sensitive than t ...
... heterostructure semiconductor lasers [3]. The quantum well (QW) laser showed improved efficiency and a lower threshold current than bulk semiconductor lasers [4]. The threshold current, i.e. the minimum injection current for which lasing is observed, was found to be less temperature sensitive than t ...
History of Western Philosophy from the quantum theoretical point of
... quantum mechanics ) proposed by myself is a language that is inspired by the Copenhagen interpretation of quantum mechanics, and moreover, it has a great power to describe classical systems as well as quantum systems. My lecture for graduate students in the faculty of science and technology of Keio ...
... quantum mechanics ) proposed by myself is a language that is inspired by the Copenhagen interpretation of quantum mechanics, and moreover, it has a great power to describe classical systems as well as quantum systems. My lecture for graduate students in the faculty of science and technology of Keio ...
Chapter 14.
... the same color. The comparator is designed to test whether any single node-node connection violates the coloring rules. If it does, it will come out logic 0, as can be inferred from the Karnaugh map. This 0 will affect the other comparators’ result since the output from every comparator is ANDed tog ...
... the same color. The comparator is designed to test whether any single node-node connection violates the coloring rules. If it does, it will come out logic 0, as can be inferred from the Karnaugh map. This 0 will affect the other comparators’ result since the output from every comparator is ANDed tog ...
Geometric theory of nonlocal two-qubit operations Jun Zhang, Jiri Vala, Shankar Sastry,
... logic, here we focus on the simulation of any arbitrary twoqubit gate. Achievement of this, together with our second result above, allows generation of maximal entanglement as well as providing universality. To realize this, we consider ...
... logic, here we focus on the simulation of any arbitrary twoqubit gate. Achievement of this, together with our second result above, allows generation of maximal entanglement as well as providing universality. To realize this, we consider ...
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... packets to transform the Schrödinger equation into more computationally tractable equations in the semiclassical regime. One popular approach to semiclassical dynamics is the use of propagators obtained by semiclassical approximations of Feynman’s path integral [11]. Whereas the original work of He ...
... packets to transform the Schrödinger equation into more computationally tractable equations in the semiclassical regime. One popular approach to semiclassical dynamics is the use of propagators obtained by semiclassical approximations of Feynman’s path integral [11]. Whereas the original work of He ...
Finding ordinary objects in some quantum worlds
... H. There is nothing more to the world beyond the facts that constitute the wavefunction and govern its evolution. There is, for example, no further location relation assigning each particle to a point of space at each time.6 If there is any sense in which particles at a H-world can be described as h ...
... H. There is nothing more to the world beyond the facts that constitute the wavefunction and govern its evolution. There is, for example, no further location relation assigning each particle to a point of space at each time.6 If there is any sense in which particles at a H-world can be described as h ...
Relativity and Quantum Theory in Virginia Woolf`s
... and as Harvena Richter notes, “It is perhaps significant that the rhythm of the waves—up and down, to and fro—is that universal pattern of systole and diastole which finds its rhythmic analogies in so many aspects of our emotional, biological, and physical life.”30 These undulating rhythms give ris ...
... and as Harvena Richter notes, “It is perhaps significant that the rhythm of the waves—up and down, to and fro—is that universal pattern of systole and diastole which finds its rhythmic analogies in so many aspects of our emotional, biological, and physical life.”30 These undulating rhythms give ris ...
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... for ε → 0, where the error term depends on fourth and higher order derivatives of the function a; see Theorem 3.2 later on. Phase space approximations of quantum expectations and Wigner functions play a central role in the analysis of quantum systems, in particular in the semiclassical regime; see [ ...
... for ε → 0, where the error term depends on fourth and higher order derivatives of the function a; see Theorem 3.2 later on. Phase space approximations of quantum expectations and Wigner functions play a central role in the analysis of quantum systems, in particular in the semiclassical regime; see [ ...
Naturalness via scale invariance and non-trivial UV fixed points in a 4d O(N) scalar field model in the large-N limit
... the momentum cutoff and leads to the fine-tuning problem. If a large cutoff is to be maintained, either the effective Higgs mass is of the order of the cutoff or the bare mass must be fine-tuned to cancel the radiative correction (at each order). We already mentioned the difficulties with a very lar ...
... the momentum cutoff and leads to the fine-tuning problem. If a large cutoff is to be maintained, either the effective Higgs mass is of the order of the cutoff or the bare mass must be fine-tuned to cancel the radiative correction (at each order). We already mentioned the difficulties with a very lar ...
Interferometry beyond the Standard Quantum Limit using a Sagnac
... quantum noise falling with 1/f2. Ü Want to investigate how losses in different parts of the interferometer contribute. ...
... quantum noise falling with 1/f2. Ü Want to investigate how losses in different parts of the interferometer contribute. ...
On quantum detection and the square
... In this paper, we systematically construct detection measurements optimized to distinguish between a collection of quantum states. Motivated by the example studied by Peres and Wootters [11], we consider pure-state ensembles and seek a POVM consisting of rank-one positive operators with measurement ...
... In this paper, we systematically construct detection measurements optimized to distinguish between a collection of quantum states. Motivated by the example studied by Peres and Wootters [11], we consider pure-state ensembles and seek a POVM consisting of rank-one positive operators with measurement ...
