Codes and designs for quantum error correction
... A fundamental fact in the quantum domain is that, through a process called discretization, an error correction scheme can correct any general quantum error on one qubit if it can correct the effects of the Pauli operators X, and their product $XZ$ , where the operator X corresponds to the bit error ...
... A fundamental fact in the quantum domain is that, through a process called discretization, an error correction scheme can correct any general quantum error on one qubit if it can correct the effects of the Pauli operators X, and their product $XZ$ , where the operator X corresponds to the bit error ...
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... Quantum entropy of a black hole is commonly considered as a formula for the communal entropy representing a series, where the major term is coincident with Bekenstein-Hawking entropy in a semiclassical approximation, whereas other terms are its quantum corrections. This paper presents the developmen ...
... Quantum entropy of a black hole is commonly considered as a formula for the communal entropy representing a series, where the major term is coincident with Bekenstein-Hawking entropy in a semiclassical approximation, whereas other terms are its quantum corrections. This paper presents the developmen ...
Quantum Computing: The Risk to Existing Encryption Methods
... The purpose of this paper is not to delve deeply into the physics of quantum computers as it is considerably complicated and unnecessary for discussing the security implications of their existence. However, it is helpful to offer a brief explanation to show the relevance of quantum computing in mode ...
... The purpose of this paper is not to delve deeply into the physics of quantum computers as it is considerably complicated and unnecessary for discussing the security implications of their existence. However, it is helpful to offer a brief explanation to show the relevance of quantum computing in mode ...
Do quantum strategies always win?
... in fact be of relevance to the field of quantum algorithms whose justification stems from the fact that they are indeed more efficient than classical algorithms. We in this work put forth a counter example which demonstrates that a particular classical algorithm can outwit the previously unbeatable ...
... in fact be of relevance to the field of quantum algorithms whose justification stems from the fact that they are indeed more efficient than classical algorithms. We in this work put forth a counter example which demonstrates that a particular classical algorithm can outwit the previously unbeatable ...
Black Hole Entropy: From Shannon to Bekenstein
... forms of quantum mechanical modes of the states inside and outside the BH horizon (see also [9]). This directly yields the probabilities of individual ingoing modes being trapped inside the BH horizon, (which is indeed unity), or tunneling out of the BH horizon and escaping to infinity to be perceiv ...
... forms of quantum mechanical modes of the states inside and outside the BH horizon (see also [9]). This directly yields the probabilities of individual ingoing modes being trapped inside the BH horizon, (which is indeed unity), or tunneling out of the BH horizon and escaping to infinity to be perceiv ...
Aalborg Universitet The effect of time-dependent coupling on non-equilibrium steady states
... the leads, while they allow the carriers to self-interact inside the quantum well (see for example [24], [25] and references therein). An interesting open problem is to study the existence of NESS in the Cini (partition-free) approach [9], [13], [14], [12]. Some nice results which are in the same sp ...
... the leads, while they allow the carriers to self-interact inside the quantum well (see for example [24], [25] and references therein). An interesting open problem is to study the existence of NESS in the Cini (partition-free) approach [9], [13], [14], [12]. Some nice results which are in the same sp ...
