Quantum mechanics near closed timelike lines
... (i.e. , the existence of negative delays) makes no fundamental difference to the behavior of a network unless there is a closed path for infor mation. Such a path is not necessarily the trajectory of any carrier in the network because bits on different carriers interact and can exchange information ...
... (i.e. , the existence of negative delays) makes no fundamental difference to the behavior of a network unless there is a closed path for infor mation. Such a path is not necessarily the trajectory of any carrier in the network because bits on different carriers interact and can exchange information ...
Ordinal Explanation of the Periodic System of Chemical Elements
... remained a heuristic idea until the early 20th century, when quantum theory and later quantum mechanics appeared. As early as 1913, Bohr used his quantum theory to provide a reasonably successful theoretical explanation for the periodic system. This was followed by more accurate versions by himself ...
... remained a heuristic idea until the early 20th century, when quantum theory and later quantum mechanics appeared. As early as 1913, Bohr used his quantum theory to provide a reasonably successful theoretical explanation for the periodic system. This was followed by more accurate versions by himself ...
On the correspondence principle
... SQUID rings, as with other superconducting devices, are unusual in so far as it is quite straightforward to perform experiments on them as a single macroscopic quantum object. Furthermore, they exhibit well-known and understood semiclassical behaviour. Hence, as individual trajectories are accessibl ...
... SQUID rings, as with other superconducting devices, are unusual in so far as it is quite straightforward to perform experiments on them as a single macroscopic quantum object. Furthermore, they exhibit well-known and understood semiclassical behaviour. Hence, as individual trajectories are accessibl ...
Quantum Tic-Tac-Toe: A Genuine Probabilistic Approach
... because some problems that require a quantum description can only be successfully addressed if information can be accessed at the physical level used to encode it. The question that we ask in this paper is: How is this superior computational power manifesting itself in the context of quantum games? ...
... because some problems that require a quantum description can only be successfully addressed if information can be accessed at the physical level used to encode it. The question that we ask in this paper is: How is this superior computational power manifesting itself in the context of quantum games? ...
What is quantum unique ergodicity?
... sequence of probability measures |φj |2 converges in the weak-∗ sense to the uniform measure on B. The fully-fledged definition of QUE actually is more elaborate, and involves equidistribution not just in space but also in the momentum variables. This requires use of either the Bargmann transform or ...
... sequence of probability measures |φj |2 converges in the weak-∗ sense to the uniform measure on B. The fully-fledged definition of QUE actually is more elaborate, and involves equidistribution not just in space but also in the momentum variables. This requires use of either the Bargmann transform or ...
MODERN QUANTUM KINETIC THEORY AND SPECTRAL LINE SHAPES
... these calculations were not computationally intensive. In principle, the general methodology was applicable to the calculation of molecular inela tic and reactive colli ion, which are important ingredients of reaction rates. tran port properties, and, as in the present case, line broadening. Calcula ...
... these calculations were not computationally intensive. In principle, the general methodology was applicable to the calculation of molecular inela tic and reactive colli ion, which are important ingredients of reaction rates. tran port properties, and, as in the present case, line broadening. Calcula ...
Chapter 11 Noncommuting Operators and Uncertainty
... variance of all the values of energy that might be measured for a particle in a given quantum state. But what is “uncertainty on time”? Rather than interpreting this as an uncertainty, we shall interpret it as a time interval. In a sense, that’s the same thing; an interval of time is qualitatively s ...
... variance of all the values of energy that might be measured for a particle in a given quantum state. But what is “uncertainty on time”? Rather than interpreting this as an uncertainty, we shall interpret it as a time interval. In a sense, that’s the same thing; an interval of time is qualitatively s ...
Unitarity and Effective Field Theory Results in Quantum Gravity
... channels that would normally have be mapped out before the computation are automatically included when calculating the loop amplitude from the cut. ...
... channels that would normally have be mapped out before the computation are automatically included when calculating the loop amplitude from the cut. ...
Uncertainty principle in view of quantum estimation theory
... Here, X in the left hand side of (17) is to be understood as a di erential operator, and (3) is de ned as (j ()i) = (). jli()i is de ned to be a horizontal lift of @i 2 T()(M) . It is proved that SLD CR bound is attainable i hlj jli i is real for any i; j . When SLD-CR bound is attainable, ...
... Here, X in the left hand side of (17) is to be understood as a di erential operator, and (3) is de ned as (j ()i) = (). jli()i is de ned to be a horizontal lift of @i 2 T()(M) . It is proved that SLD CR bound is attainable i hlj jli i is real for any i; j . When SLD-CR bound is attainable, ...
Wavelike properties of particles
... If asked: is electron wave or particle? They are both. In any experiment (or empirical observation) only one aspect of either wave or particle, but not both can be observed simultaneously. It’s like a coin with two faces. But one can only see one side of the coin but not the other at any instance. T ...
... If asked: is electron wave or particle? They are both. In any experiment (or empirical observation) only one aspect of either wave or particle, but not both can be observed simultaneously. It’s like a coin with two faces. But one can only see one side of the coin but not the other at any instance. T ...