Entanglement in an expanding spacetime
... the exciting discipline of quantum information science is undisputable: it has emerged as a fundamental resource in quantum communication [1], quantum cryptography [2], quantum teleportation [3] and quantum computation [4]. Recent effort has begun to translate some of the aforementioned concepts to ...
... the exciting discipline of quantum information science is undisputable: it has emerged as a fundamental resource in quantum communication [1], quantum cryptography [2], quantum teleportation [3] and quantum computation [4]. Recent effort has begun to translate some of the aforementioned concepts to ...
I. What is String Theory?
... Certain p-branes are called D-branes. They have the property that fundamental strings can end on them. One consequence is that quantum field theories, like the standard model, can live on these D-branes. In this setup elementary particles and all forces except gravity are restricted to the branes, w ...
... Certain p-branes are called D-branes. They have the property that fundamental strings can end on them. One consequence is that quantum field theories, like the standard model, can live on these D-branes. In this setup elementary particles and all forces except gravity are restricted to the branes, w ...
Essentials of Particle Physics
... • Invariant under Lorentz Transformations • Have an additional invariance: ...
... • Invariant under Lorentz Transformations • Have an additional invariance: ...
SPACE-TIME , GAUGE-GRAVITY AND STRING
... • By using symmetries of the string world-sheet, one can recover the equations of general relativity. ...
... • By using symmetries of the string world-sheet, one can recover the equations of general relativity. ...
Quantum Mechanics and General Relativity
... different from the other physical forces. The classical description of the other three fundamental forces involves fields (either electric or magnetic or electromagnetic) propagating in space-time. However the classical description of gravity relates gravitational force to the curvature of space-tim ...
... different from the other physical forces. The classical description of the other three fundamental forces involves fields (either electric or magnetic or electromagnetic) propagating in space-time. However the classical description of gravity relates gravitational force to the curvature of space-tim ...
Exploring New Paradigm
... “The behavior of large and complex aggregations of elementary particles, … is not to be understood in terms of a simple extrapolation of the properties of a few particles. Instead, at each new level of complexity, entirely new properties appear, and the understanding of this behavior requires resear ...
... “The behavior of large and complex aggregations of elementary particles, … is not to be understood in terms of a simple extrapolation of the properties of a few particles. Instead, at each new level of complexity, entirely new properties appear, and the understanding of this behavior requires resear ...
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... natural question is the maximum probability of finding a symmetric possible final state as the system evolves in time. Even though we don’t have a general analytical solution yet, our calculations show that total probability of conservation of exchange symmetry is 1/d at least for small systems. Eva ...
... natural question is the maximum probability of finding a symmetric possible final state as the system evolves in time. Even though we don’t have a general analytical solution yet, our calculations show that total probability of conservation of exchange symmetry is 1/d at least for small systems. Eva ...
