A pseudo-mathematical pseudo-review on 4d N = 2
... once the operations × and − / are defined with care. One can also extract various invariants from Q. One is the vacuum manifold Mvac (Q), which gives a Riemanninan manifold with G-action from a G-symmetric QFT Q. Then Mvac can be thought of as a functor from the category of QFTs to the category of R ...
... once the operations × and − / are defined with care. One can also extract various invariants from Q. One is the vacuum manifold Mvac (Q), which gives a Riemanninan manifold with G-action from a G-symmetric QFT Q. Then Mvac can be thought of as a functor from the category of QFTs to the category of R ...
Lower bounds for quantum communication complexity
... a function BP Cǫ (f ) is then defined analogously to the deterministic communication complexity, where worst case communication refers to both inputs and random bits. We set BP C(f ) = BP C1/3 (f ). In a weakly unbounded error protocol the output has to be correct with probability exceeding 1/2. If ...
... a function BP Cǫ (f ) is then defined analogously to the deterministic communication complexity, where worst case communication refers to both inputs and random bits. We set BP C(f ) = BP C1/3 (f ). In a weakly unbounded error protocol the output has to be correct with probability exceeding 1/2. If ...
LETTERS Generation of Fock states in a superconducting quantum circuit
... energy levels, is essentially the most nonlinear system found in nature, whereas the harmonic oscillator represents the most linear, with an infinite number of evenly spaced quantum levels. A significant difference between these systems is that a two-level spin can be prepared in an arbitrary quantu ...
... energy levels, is essentially the most nonlinear system found in nature, whereas the harmonic oscillator represents the most linear, with an infinite number of evenly spaced quantum levels. A significant difference between these systems is that a two-level spin can be prepared in an arbitrary quantu ...
Regular/irregular phase space structure of HCN/HNC
... Because of the conservation of total energy, two exponents are zero. Generally the number of zero Lyapunov exponents is associated with the number of constants of motion. 25 For a system with three degrees offreedom there are three possibilities: (i) all Lyapunov exponents are zero and the trajector ...
... Because of the conservation of total energy, two exponents are zero. Generally the number of zero Lyapunov exponents is associated with the number of constants of motion. 25 For a system with three degrees offreedom there are three possibilities: (i) all Lyapunov exponents are zero and the trajector ...
Quantum Mechanics
... mechanics has been built on a foundation that contains a number of concepts that are fundamentally different from those of classical physics and which have radically altered our view of the way the natural universe operates. This book aims to elucidate and discuss the conceptual basis of the subject ...
... mechanics has been built on a foundation that contains a number of concepts that are fundamentally different from those of classical physics and which have radically altered our view of the way the natural universe operates. This book aims to elucidate and discuss the conceptual basis of the subject ...
Quantum networks with trapped ions
... advantage of being less sensitive to mechanical vibrations and alignment, and because ion or photon entanglement experiments primarily used this method, we limit the discussion in this Colloquium to such twophoton links between ions. We concentrate on the 171Yb+ atomic system 共Balzer et al., 2006; O ...
... advantage of being less sensitive to mechanical vibrations and alignment, and because ion or photon entanglement experiments primarily used this method, we limit the discussion in this Colloquium to such twophoton links between ions. We concentrate on the 171Yb+ atomic system 共Balzer et al., 2006; O ...
Wormholes in Spacetime and the Constants of Nature
... randomly selected universe the probability is one that each constant assumes its standard value. Thus, the quantum indeterminacy that afflicts the fundamental constants turns out to be very mild. The standard value of the cosmological constant A can be calculated; it is zero, as Coleman claimed. Thi ...
... randomly selected universe the probability is one that each constant assumes its standard value. Thus, the quantum indeterminacy that afflicts the fundamental constants turns out to be very mild. The standard value of the cosmological constant A can be calculated; it is zero, as Coleman claimed. Thi ...
