CDM article on quantum chaos - Department of Mathematics
... A final direction we survey is the applications of quantum ergodicity to problems in nodal geometry. Given the large amount of work on matrix elements hAϕj , ϕj i, it is natural for geometric or PDE analysts to ask how one can use such matrix elements to study classical problems on eigenfunctions su ...
... A final direction we survey is the applications of quantum ergodicity to problems in nodal geometry. Given the large amount of work on matrix elements hAϕj , ϕj i, it is natural for geometric or PDE analysts to ask how one can use such matrix elements to study classical problems on eigenfunctions su ...
Post-quantum Security of the CBC, CFB, OFB, CTR
... encryption queries, IND-qCPA (as defined by [6]) allows the adversary to perform quantum encryption queries (i.e., queries which are a superposition of different messages, to get a superposition of different ciphertexts). In other words, IND-qCPA additionally guarantees security when the encryption ...
... encryption queries, IND-qCPA (as defined by [6]) allows the adversary to perform quantum encryption queries (i.e., queries which are a superposition of different messages, to get a superposition of different ciphertexts). In other words, IND-qCPA additionally guarantees security when the encryption ...
MODULE MAPS OVER LOCALLY COMPACT QUANTUM GROUPS
... M (C0 (G)). This is a quite general result, which covers all Kac algebras, though we still do not know whether it holds for all quantum groups. See [56, 58] for some co-amenable cases, where LU C(G) was also shown to be a C ∗ -algebra. Let W AP (G) be the space of weakly almost periodic functionals ...
... M (C0 (G)). This is a quite general result, which covers all Kac algebras, though we still do not know whether it holds for all quantum groups. See [56, 58] for some co-amenable cases, where LU C(G) was also shown to be a C ∗ -algebra. Let W AP (G) be the space of weakly almost periodic functionals ...
Chapter 3: Quantum Computing
... arbitrarily high likelihood if an obstructing body has been inserted into the system, without moving or modifying its optical components; moreover, In the case that the obstructing body is present, IFM uses at most an arbitrarily small multiplicative factor of the input intensity to do the sensing. ...
... arbitrarily high likelihood if an obstructing body has been inserted into the system, without moving or modifying its optical components; moreover, In the case that the obstructing body is present, IFM uses at most an arbitrarily small multiplicative factor of the input intensity to do the sensing. ...
![arXiv:math/0606118v4 [math.PR] 5 Dec 2006](http://s1.studyres.com/store/data/013514025_1-1bac3cda767b4b11f4a6d27e549df5b9-300x300.png)
ABSTRACT Title of Document:
... 1. Three Traditions. In the history of scientifically-oriented philosophical thought1 since the mid to late nineteenth century, we can find at least three traditions. Each tradition associates itself differently to the scientific tradition and each takes there to be some important relationship betwe ...
... 1. Three Traditions. In the history of scientifically-oriented philosophical thought1 since the mid to late nineteenth century, we can find at least three traditions. Each tradition associates itself differently to the scientific tradition and each takes there to be some important relationship betwe ...
Neutral Atom Quantum Computing with Rydberg Blockade
... ensures that quantum noise does not pose a fundamental barrier to the practical realization of a quantum computer. Thus, the threshold theorem states that provided the noise in individual quantum gates is below a certain constant threshold it is possible to efficiently perform an arbitrarily large q ...
... ensures that quantum noise does not pose a fundamental barrier to the practical realization of a quantum computer. Thus, the threshold theorem states that provided the noise in individual quantum gates is below a certain constant threshold it is possible to efficiently perform an arbitrarily large q ...
A semi-classical picture of quantum scattering
... estimated by Ct\^o\ for small t, the assumption is satisfied for some T+ > 0 and T- > 0 when ^+ or equivalently ^- is compactly supported in R^ \ {0}. If we forget the Uj and the corresponding positions Xj, for j / 0, the validity of (1.6) for any ^+,^- G L 2 ^), essentially depends on the global sh ...
... estimated by Ct\^o\ for small t, the assumption is satisfied for some T+ > 0 and T- > 0 when ^+ or equivalently ^- is compactly supported in R^ \ {0}. If we forget the Uj and the corresponding positions Xj, for j / 0, the validity of (1.6) for any ^+,^- G L 2 ^), essentially depends on the global sh ...
Czech Technical University in Prague Faculty of Electrical
... Greek Antikythera mechanism (150 BCE) is the oldest known mechanical analog computer, we can see basic information processing such as storing data in a written form on the walls of Egyptian pyramids. Somewhat more advanced information processing in a modern sense is historically connected to solving ...
... Greek Antikythera mechanism (150 BCE) is the oldest known mechanical analog computer, we can see basic information processing such as storing data in a written form on the walls of Egyptian pyramids. Somewhat more advanced information processing in a modern sense is historically connected to solving ...
Scientific Report 2015 - 2016 - PCS
... since the high degree of symmetry, which is needed to support them, is easily destroyed by weak perturbations. However, this is the very reason which makes macroscopic degeneracies attractive. Nowadays manufacturing technologies can be expected to get close to realizing such symmetries - perhaps not ...
... since the high degree of symmetry, which is needed to support them, is easily destroyed by weak perturbations. However, this is the very reason which makes macroscopic degeneracies attractive. Nowadays manufacturing technologies can be expected to get close to realizing such symmetries - perhaps not ...