Philosophy of Science, 69 (September 2002) pp
... to transmit information between the locations of entangled systems. Many metaphors were developed by philosophers of science in the 1970's and 1980's to characterize these apparently nonlocal yet curiously benign correlations. They were variously taken to involve `passion-at-a-distance', `nonrobust ...
... to transmit information between the locations of entangled systems. Many metaphors were developed by philosophers of science in the 1970's and 1980's to characterize these apparently nonlocal yet curiously benign correlations. They were variously taken to involve `passion-at-a-distance', `nonrobust ...
Effects of photonic structures on upconversion
... Photonic crystals modify the local density of photon states. These variations influence the emission properties of a dipole embedded within the photonic crystal. Furthermore, field enhancement can be observed within photonic crystals. In this paper, we investigate how these effects influence upconve ...
... Photonic crystals modify the local density of photon states. These variations influence the emission properties of a dipole embedded within the photonic crystal. Furthermore, field enhancement can be observed within photonic crystals. In this paper, we investigate how these effects influence upconve ...
The Family Problem: Extension of Standard Model with a
... the gauge fields. In reality, nothing more. Even so far no scalar (Higgs) fields. So it’s a world of “pointlike” Dirac particles (a Dirac world) with interactions. Maybe this is an important guideline to follow. (“Dirac Similarity Principle”.) ...
... the gauge fields. In reality, nothing more. Even so far no scalar (Higgs) fields. So it’s a world of “pointlike” Dirac particles (a Dirac world) with interactions. Maybe this is an important guideline to follow. (“Dirac Similarity Principle”.) ...
Gravitational potential
... particle responsible for the gravitational eld, if no other force exists. This fact underlies the natural tendency of a particle to move from a higher gravitational potential (less negative) to lower gravitational potential (more negative). This deduction, though interpreted in the present context, ...
... particle responsible for the gravitational eld, if no other force exists. This fact underlies the natural tendency of a particle to move from a higher gravitational potential (less negative) to lower gravitational potential (more negative). This deduction, though interpreted in the present context, ...
Automatic generation of active coordinates for quantum dynamics
... at the S0 equilibrium geometry of benzene 共see Table I, where the Wilson scheme of frequency numbering18 is used兲. For benzene, the interstate-coupling vector remains substantially unchanged at both the conical intersection and Franck-Condon points, i.e., mode 15 共Fig. 3兲. However, the gradient diff ...
... at the S0 equilibrium geometry of benzene 共see Table I, where the Wilson scheme of frequency numbering18 is used兲. For benzene, the interstate-coupling vector remains substantially unchanged at both the conical intersection and Franck-Condon points, i.e., mode 15 共Fig. 3兲. However, the gradient diff ...
