The Effect of Communication Costs in Solid
... Unlike the classical case, however, where the total can be completely characterized by its parts, the state of larger quantum systems cannot always be described as the product of its parts. This property, known as entanglement, is best illustrated with an example: there exist no single qubit states ...
... Unlike the classical case, however, where the total can be completely characterized by its parts, the state of larger quantum systems cannot always be described as the product of its parts. This property, known as entanglement, is best illustrated with an example: there exist no single qubit states ...
Gapless layered three-dimensional fractional quantum Hall states
... By choosing different mean-field parton states, and including 共gauge兲 fluctuations, one can construct different FQH states. The advantage of the parton construction is that it naturally leads to states with electron number fluctuations in each layer. Thus, parton FQH states may be particularly natur ...
... By choosing different mean-field parton states, and including 共gauge兲 fluctuations, one can construct different FQH states. The advantage of the parton construction is that it naturally leads to states with electron number fluctuations in each layer. Thus, parton FQH states may be particularly natur ...
PURDUE UNIVERSITY GRADUATE SCHOOL Thesis/Dissertation Acceptance
... rather than due to lateral confinement. In the second project, I study the effect of external strain on stripe phases in quantum Hall systems. The orientation of stripes is switched as a function of strain with stripes aligning along the direction of the large external uniaxial strain applied. I als ...
... rather than due to lateral confinement. In the second project, I study the effect of external strain on stripe phases in quantum Hall systems. The orientation of stripes is switched as a function of strain with stripes aligning along the direction of the large external uniaxial strain applied. I als ...
Template for scientific report
... the last four decades, since the establishment of electroweak gauge theory and, a few years later, QCD, the theory describing strong interactions. Unlike quantum electrodynamics, which yields with spectacular success to perturbation theory and Feynman-diagram techniques, only the ultraviolet (high-e ...
... the last four decades, since the establishment of electroweak gauge theory and, a few years later, QCD, the theory describing strong interactions. Unlike quantum electrodynamics, which yields with spectacular success to perturbation theory and Feynman-diagram techniques, only the ultraviolet (high-e ...
![arXiv:1412.5987v1 [hep-ex] 18 Dec 2014](http://s1.studyres.com/store/data/008057205_1-733500b8b6bd2637f9a7ffd625392271-300x300.png)
arXiv:1412.5987v1 [hep-ex] 18 Dec 2014
... long–soft GRBs (SGRBs & LGRBs), based on observational data in the largest catalog of GRBs available to this date: BATSE catalog of 2130 GRBs. We find that: 1. The least-biased classification method of GRBs into short and long, solely based on prompt–emission properties appears to be the ratio of th ...
... long–soft GRBs (SGRBs & LGRBs), based on observational data in the largest catalog of GRBs available to this date: BATSE catalog of 2130 GRBs. We find that: 1. The least-biased classification method of GRBs into short and long, solely based on prompt–emission properties appears to be the ratio of th ...
Realization of quantum error correction
... state fidelity after performing the unitary operations of an errorcorrection protocol, but using techniques known not to scale efficiently with the number of qubits7. Furthermore, the ancillae cannot be reset in these experiments, whereas the experiment we describe provides this capability. In princ ...
... state fidelity after performing the unitary operations of an errorcorrection protocol, but using techniques known not to scale efficiently with the number of qubits7. Furthermore, the ancillae cannot be reset in these experiments, whereas the experiment we describe provides this capability. In princ ...
Closed timelike curves make quantum and classical computing equivalent
... machine M that applied the following transformation to its input x: if x is a solution then M(x)Zx, while if x is not a solution then M(x)Z(xC1)mod 2n. Now, suppose we use a CTC to feed M its own output as input. Then it is not hard to see that the only way for the evolution to satisfy causal consis ...
... machine M that applied the following transformation to its input x: if x is a solution then M(x)Zx, while if x is not a solution then M(x)Z(xC1)mod 2n. Now, suppose we use a CTC to feed M its own output as input. Then it is not hard to see that the only way for the evolution to satisfy causal consis ...
On the Reality of the Quantum State
... by German electric companies, who at the time were attempting to produce the brightest light bulbs possible given minimum energy input, an optimisation problem that would be solved by a correct blackbody theory. By the end of 1893 Wien had discovered [7] what is now known as Wien’s law, giving the b ...
... by German electric companies, who at the time were attempting to produce the brightest light bulbs possible given minimum energy input, an optimisation problem that would be solved by a correct blackbody theory. By the end of 1893 Wien had discovered [7] what is now known as Wien’s law, giving the b ...
Supercurrent through a multilevel quantum dot - FU Berlin
... justified only in the limit of small U . The most simple truncation scheme keeps track of the self-energy as well as of an effective Coulomb interaction U (i.e., the static part of the two-particle vertex). It yields flow equations for effective system parameters and can thus be regarded as an ...
... justified only in the limit of small U . The most simple truncation scheme keeps track of the self-energy as well as of an effective Coulomb interaction U (i.e., the static part of the two-particle vertex). It yields flow equations for effective system parameters and can thus be regarded as an ...
Quantum Biology at the Cellular Level
... Before addressing this problem, we note one independent reason to be interested in decoherence. As shown below, this concept can be formulated in coordinate-free terms10, using only the abstract notions of a 'system' and its 'environment'. It might, therefore, reflect or capture something more funda ...
... Before addressing this problem, we note one independent reason to be interested in decoherence. As shown below, this concept can be formulated in coordinate-free terms10, using only the abstract notions of a 'system' and its 'environment'. It might, therefore, reflect or capture something more funda ...
