Results 141 to 150 of about 1,966 (184)
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Physical Review D, 1990
Wormholes have been studied mainly in the semiclassical approximation as solutions of the classical Euclidean field equations. However, such solutions are rather special, and exist only for certain kinds of matter. On the other hand, one can represent wormholes in a more general manner as solutions of the Wheeler-DeWitt equation with appropriate ...
, Hawking, , Page
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Wormholes have been studied mainly in the semiclassical approximation as solutions of the classical Euclidean field equations. However, such solutions are rather special, and exist only for certain kinds of matter. On the other hand, one can represent wormholes in a more general manner as solutions of the Wheeler-DeWitt equation with appropriate ...
, Hawking, , Page
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2013 Ninth International Conference on Computational Intelligence and Security, 2013
On physical canvas, color can only diffuse in the continuous 2D space. To break this constraint, this paper proposes wormhole canvas, on which the pervasive one-way wormholes can continually teleport color to distant locations. Various results show that different placements of wormholes can produce different stylized renderings.
Ruimin Lyu +3 more
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On physical canvas, color can only diffuse in the continuous 2D space. To break this constraint, this paper proposes wormhole canvas, on which the pervasive one-way wormholes can continually teleport color to distant locations. Various results show that different placements of wormholes can produce different stylized renderings.
Ruimin Lyu +3 more
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2019 International Conference on Robotics and Automation (ICRA), 2019
Typically, to enlarge the operating domain of an object detector, more labeled training data is required. We describe a method called wormhole learning, which allows to extend the operating domain without additional data, but only with temporary access to an auxiliary sensor with certain invariance properties.
Alessandro Zanardi +4 more
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Typically, to enlarge the operating domain of an object detector, more labeled training data is required. We describe a method called wormhole learning, which allows to extend the operating domain without additional data, but only with temporary access to an auxiliary sensor with certain invariance properties.
Alessandro Zanardi +4 more
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General Relativity and Gravitation, 1998
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Nandi, K. K., Alam, S. M. K.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Nandi, K. K., Alam, S. M. K.
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Proceedings of the 2012 Haskell Symposium, 2012
Functional reactive programming (FRP) is a useful model for programming real-time and reactive systems in which one defines a signal function to process a stream of input values into a stream of output values. However, performing side effects (e.g.
Daniel Winograd-Cort, Paul Hudak
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Functional reactive programming (FRP) is a useful model for programming real-time and reactive systems in which one defines a signal function to process a stream of input values into a stream of output values. However, performing side effects (e.g.
Daniel Winograd-Cort, Paul Hudak
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Physical Review D, 1996
Hawking has recently pointed out that black holes cannot evaporate and disappear through wormholes because the entropy of a baby universe would not equal its size squared times some proportionality constant. In this report it is shown that multiply connected Euclidean wormhole spacetimes can be associated with nonlinear dynamic laws which are analogous
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Hawking has recently pointed out that black holes cannot evaporate and disappear through wormholes because the entropy of a baby universe would not equal its size squared times some proportionality constant. In this report it is shown that multiply connected Euclidean wormhole spacetimes can be associated with nonlinear dynamic laws which are analogous
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Wormhole Broadcast in Hypercubes
The Journal of Supercomputing, 2000zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Latifi, Shahram +2 more
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Physical Review D, 1988
Any reasonable theory of quantum gravity will allow closed universes to branch off from our nearly flat region of spacetime. I describe the possible quantum states of these closed universes. They correspond to wormholes which connect two asymptotically Euclidean regions, or two parts of the same asymptotically Euclidean region.
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Any reasonable theory of quantum gravity will allow closed universes to branch off from our nearly flat region of spacetime. I describe the possible quantum states of these closed universes. They correspond to wormholes which connect two asymptotically Euclidean regions, or two parts of the same asymptotically Euclidean region.
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Modern Physics Letters A, 1990
In order to keep the wave function for wormholes separable in a minisuperspace model, we generalize the boundary conditions recently suggested by Hawking to the light-cone.
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In order to keep the wave function for wormholes separable in a minisuperspace model, we generalize the boundary conditions recently suggested by Hawking to the light-cone.
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Parallel Processing Letters, 1997
Deadlock prevention is usually realized by forbidding transmissions that could eventually cause a deadlock to occur. However, an optimal routing algorithm with respect to channel utilization forbids transmissions only when they would bring the network into a configuration that will necessarily evolve into a deadlock. Hence, optimal deadlock prevention
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Deadlock prevention is usually realized by forbidding transmissions that could eventually cause a deadlock to occur. However, an optimal routing algorithm with respect to channel utilization forbids transmissions only when they would bring the network into a configuration that will necessarily evolve into a deadlock. Hence, optimal deadlock prevention
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