
Existential Contextuality and the Models of Meyer, Kent and Clifton
... interpretations of conventional quantum mechanics. Recently, however, ’t Hooft [25, 26] (in one way) and Faraggi and Matone [27] and Bertoldi et al [28] (in another way) have speculated that Planck scale physics may most appropriately be described in terms of a hidden variables theory which is not e ...
... interpretations of conventional quantum mechanics. Recently, however, ’t Hooft [25, 26] (in one way) and Faraggi and Matone [27] and Bertoldi et al [28] (in another way) have speculated that Planck scale physics may most appropriately be described in terms of a hidden variables theory which is not e ...
The Iterative Unitary Matrix Multiply Method and Its Application to
... of delocalization. Concerning QKR, Eqs. (10) and (12) are the first irrational number with delocalization ever known. Both results have important meaning for the theory of QKR. Third, the large delocalization time is explained by the degenerate perturbation theory, which is suggested by and consiste ...
... of delocalization. Concerning QKR, Eqs. (10) and (12) are the first irrational number with delocalization ever known. Both results have important meaning for the theory of QKR. Third, the large delocalization time is explained by the degenerate perturbation theory, which is suggested by and consiste ...
Evaluating charge noise acting on semiconductor quantum dots in
... Combining semiconductor nanostructures with microwave frequency resonators should allow to realize cavity quantum electrodynamics experiments on a chip1,2 . The new possibility being that the qubit may now consist of a single electron3–5 or two-electron spins confined in quantum dots6–11 , potential ...
... Combining semiconductor nanostructures with microwave frequency resonators should allow to realize cavity quantum electrodynamics experiments on a chip1,2 . The new possibility being that the qubit may now consist of a single electron3–5 or two-electron spins confined in quantum dots6–11 , potential ...
Strongly coupled gauge theory - CLASSE Cornell
... g2 , called Pontryagin index, which is independent of configuration of gauge fields. Then as before, we consider the chiral fermions on these gauge field background including instanton. For the massless fermions, the vector and axial vector current are current at tree level, namely ...
... g2 , called Pontryagin index, which is independent of configuration of gauge fields. Then as before, we consider the chiral fermions on these gauge field background including instanton. For the massless fermions, the vector and axial vector current are current at tree level, namely ...
PDF only - at www.arxiv.org.
... correspond to the allotted (allowed) electron orbits; the remaining electron orbits predicted by classical mechanics do not exist; (iv) being in the stationary state, the atom does not radiate, and thus, it can reside in this state indefinitely; (v) an atom can jump from a stationary state with a lo ...
... correspond to the allotted (allowed) electron orbits; the remaining electron orbits predicted by classical mechanics do not exist; (iv) being in the stationary state, the atom does not radiate, and thus, it can reside in this state indefinitely; (v) an atom can jump from a stationary state with a lo ...
Computational complexity in electronic structure PERSPECTIVE
... The objective of this perspective is to provide the interested theoretical chemists access to the emerging subfield of computational complexity focused on classifying quantum Hamiltonians and approximants. We wish to provide new insights into quantum chemistry by encouraging an examination of the es ...
... The objective of this perspective is to provide the interested theoretical chemists access to the emerging subfield of computational complexity focused on classifying quantum Hamiltonians and approximants. We wish to provide new insights into quantum chemistry by encouraging an examination of the es ...