# mathematical formulation of quantum mechanics in a sentence

- This observation is the foundation of the predominant
*mathematical formulation of quantum mechanics*. - Hilbert spaces are of crucial importance in the
*mathematical formulation of quantum mechanics*. - In the
*mathematical formulation of quantum mechanics*, pure quantum states correspond to quantum uncertainty. - In particular, Wigner's theorem is a cornerstone in the
*mathematical formulation of quantum mechanics*. - In the
*mathematical formulation of quantum mechanics*, states are given by non-zero state vectors. - It's difficult to find
*mathematical formulation of quantum mechanics*in a sentence. - This gives rise to the bra ket notation used by physicists in the
*mathematical formulation of quantum mechanics*. - Additionally, Hilbert's work anticipated and assisted several advances in the
*mathematical formulation of quantum mechanics*. - This section summarizes this relationship, which is stated in terms of the
*mathematical formulation of quantum mechanics*. - Thus the standard
*mathematical formulation of quantum mechanics*allows different observers to give different accounts of the same sequence of events. - "' Wigner's theorem "', proved by Eugene Wigner in 1931, is a cornerstone of the
*mathematical formulation of quantum mechanics*. - The Copenhagen interpretation intends to indicate the proper ways of thinking and speaking about the physical meaning of the
*mathematical formulations of quantum mechanics*and the corresponding experimental results. - According to the standard
*mathematical formulation of quantum mechanics*, quantum observables such as x and p should be represented as self-adjoint operators on some Hilbert space. - Though theories of quantum mechanics continue to evolve to this day, there is a basic framework for the
*mathematical formulation of quantum mechanics*which underlies most approaches and can be traced back to the mathematical work of John von Neumann. - Philosophical interpretations of quantum phenomena, however, are another matter : the question of how to " interpret " the
*mathematical formulation of quantum mechanics*has given rise to a variety of different answers from people of different philosophical persuasions ( see Interpretations of quantum mechanics ). - Our article on Theoretical and experimental justification for the Schr鰀inger equation is probably the best resource here as far as I can see, but it is written at a pretty advanced level . ( The Schr鰀inger equation is the basic
*mathematical formulation of quantum mechanics*) . talk ) 16 : 54, 19 June 2010 ( UTC)

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