Topological order at finite temperature?
... above the energy barrier: no topological protection ...
... above the energy barrier: no topological protection ...
Change Without Time - Publikationsserver der Universität Regensburg
... This thesis studies the foundations of time in physics. Its origin lies in the urge to understand the quantum measurement problem. While the emergence of classicality can be well described within algebraic quantum mechanics of infinite systems, this can be achieved only in infinite time. This led me ...
... This thesis studies the foundations of time in physics. Its origin lies in the urge to understand the quantum measurement problem. While the emergence of classicality can be well described within algebraic quantum mechanics of infinite systems, this can be achieved only in infinite time. This led me ...
Self-Observing Quantum Systems
... PHYSICS of the MIND BODY Connection – This must be based on Holistic Physics – Connect to my Theory of the Life Force – Show that the Quantized Fluctuations represent Systems with Self-Knowledge Alex Hankey PhD ...
... PHYSICS of the MIND BODY Connection – This must be based on Holistic Physics – Connect to my Theory of the Life Force – Show that the Quantized Fluctuations represent Systems with Self-Knowledge Alex Hankey PhD ...
Time dependence in quantum mechanics
... in equation (3) the TDSE is clearly the relevant equation. However, as was recognized by Born, Heisenberg and Jordan [7] at the dawn of quantum mechanics, timedependent interactions always imply coupling to an external classical source. Hence, although this is not usually mentioned, the TDSE equatio ...
... in equation (3) the TDSE is clearly the relevant equation. However, as was recognized by Born, Heisenberg and Jordan [7] at the dawn of quantum mechanics, timedependent interactions always imply coupling to an external classical source. Hence, although this is not usually mentioned, the TDSE equatio ...
Reflections on the deBroglie–Bohm Quantum Potential
... amount of the field’s potential energy that is available to a particle situated within the field. In other words, potential energy is energy properly associated with fields, not particles. A field, for example, may be present in a spatial region which is totally devoid of any particles because field ...
... amount of the field’s potential energy that is available to a particle situated within the field. In other words, potential energy is energy properly associated with fields, not particles. A field, for example, may be present in a spatial region which is totally devoid of any particles because field ...
Quantum connection and Poincare19 e-
... The present paper is aimed at analysing some aspects of the general relativistic classical and quantum mechanics on a curved spacetime with absolute time, in terms of recent formulations of a finite order Lagrangian bicomplex [Kru90, Kru95] and of a covariant approach to classical and quantum mechan ...
... The present paper is aimed at analysing some aspects of the general relativistic classical and quantum mechanics on a curved spacetime with absolute time, in terms of recent formulations of a finite order Lagrangian bicomplex [Kru90, Kru95] and of a covariant approach to classical and quantum mechan ...
The Quantum IO Monad - School of Computer Science
... Haskell is a pure functional programming language, treating computations as the evaluation of pure mathematical functions. A function is said to be pure if it always returns the same result when given the same arguments, and in producing that result has not caused any side-effects to occur within th ...
... Haskell is a pure functional programming language, treating computations as the evaluation of pure mathematical functions. A function is said to be pure if it always returns the same result when given the same arguments, and in producing that result has not caused any side-effects to occur within th ...
Experimental Evaluation of an Adiabatic Quantum System for
... pairs are weighted according to hi and Jij . If the system remains in ground state, the collection S of measured qubit states minimizes M (S). In theory, if the transition is carried out slowly enough, S is an optimal solution to M , for any M . However, theoretical guarantees are based on several a ...
... pairs are weighted according to hi and Jij . If the system remains in ground state, the collection S of measured qubit states minimizes M (S). In theory, if the transition is carried out slowly enough, S is an optimal solution to M , for any M . However, theoretical guarantees are based on several a ...
85, 155302 (2012)
... γ , follow non-Abelian exchange statistics under pair-wise exchange of the coordinates.4–7 Majorana fermions have been predicted to be useful for building a topological quantum computer which is intrinsically fault tolerant to all local environmental decoherence.4,7 The existence of Majorana fermion ...
... γ , follow non-Abelian exchange statistics under pair-wise exchange of the coordinates.4–7 Majorana fermions have been predicted to be useful for building a topological quantum computer which is intrinsically fault tolerant to all local environmental decoherence.4,7 The existence of Majorana fermion ...
acta physica slovaca vol. 48 No. 3, 115 { 132 June 1998
... mechanics, and lies at the heart of quantum theory. Remarkably, if perfect cloning was permitted, the Heisenberg uncertainty principle could be violated by measuring conjugate observables on many copies of a single quantum system. Consider a cloning machine that duplicates a quantum bit (a 2-state s ...
... mechanics, and lies at the heart of quantum theory. Remarkably, if perfect cloning was permitted, the Heisenberg uncertainty principle could be violated by measuring conjugate observables on many copies of a single quantum system. Consider a cloning machine that duplicates a quantum bit (a 2-state s ...
