### Some articles on *observables, observable*:

Topological String Theory -

... is an anticommutator of a supercharge and so does not affect the topological

**Observables**- What Do The Correlators Depend On?... is an anticommutator of a supercharge and so does not affect the topological

**observables**... This implies that A model**observables**are independent of the superpotential (as it may be written as an integral over just ) but depend holomorphically on the twisted ...Density Matrix - C*-algebraic Formulation of States

... of quantum mechanics in which all self-adjoint operators represent

... of quantum mechanics in which all self-adjoint operators represent

**observables**is untenable ... For this reason,**observables**are identified to elements of an abstract C*-algebra A (that is one without a distinguished representation as an algebra of operators ... the system is classical, the algebra of**observables**become an abelian C*-algebra ...Complete Set Of Commuting

... mechanics, a complete set of commuting

**Observables**... mechanics, a complete set of commuting

**observables**(CSCO) is a set of commuting operators whose eigenvalues completely specify the state of a system (Gasiorowicz 1974, p ... Since each pair of**observables**in the set commutes, the**observables**are all compatible so that the measurement of one**observable**has no effect on the result of measuring ... to specify the order in which the different**observables**are measured ...Incompatibility of

... between classical quantities and quantum mechanical

**Observables**in Quantum Mechanics... between classical quantities and quantum mechanical

**observables**is that the latter may not be simultaneously measurable ... inequality expresses a dependence of measurement results on the order in which measurements of**observables**and are performed ...**Observables**corresponding to non-commutative operators are called incompatible ...Renormalization Group - Relevant and Irrelevant Operators, Universality Classes

... Let us consider a certain

... Let us consider a certain

**observable**of a physical system undergoing an RG transformation ... The magnitude of the**observable**as the length scale of the system goes from small to large may be (a) always increasing, (b) always decreasing or (c) other ... In the first case, the**observable**is said to be a relevant**observable**in the second, irrelevant and in the third, marginal ...Main Site Subjects

Related Subjects

Related Phrases

Related Words