On the minimum quantum dimension for a given quantum correlation
... For a fixed Bell scenario, the set of all quantum correlations is convex. However, if restricting dimension, it is usually not. By allowing free classical correlations, the set of quantum correlations for a given dimension becomes convex: ◦ The setting is changed a little bit ◦ The standard convex a ...
... For a fixed Bell scenario, the set of all quantum correlations is convex. However, if restricting dimension, it is usually not. By allowing free classical correlations, the set of quantum correlations for a given dimension becomes convex: ◦ The setting is changed a little bit ◦ The standard convex a ...
Chapter 5 Center of Mass and Linear Momentum
... the change in velocity of each colliding body. This average force can also be written as ...
... the change in velocity of each colliding body. This average force can also be written as ...
optical pumping of single donor-bound electrons in zinc
... the mathematics of classical mechanics. As the computers used today (classical computers) use physical classical states to represent mathematical numbers and classical interactions to perform mathematical operations, quantum computers use physical quantum states to represent mathematical numbers and ...
... the mathematics of classical mechanics. As the computers used today (classical computers) use physical classical states to represent mathematical numbers and classical interactions to perform mathematical operations, quantum computers use physical quantum states to represent mathematical numbers and ...
C L 1 ~ R 2 C L S1 R C S2
... Question 5: (Numerical) Even the smoothest surfaces are "rough'' when viewed at a scale of 100 nm. When two very smooth metal surfaces are placed in contact with each other, the actual distance between the surfaces varies from 0 nm at points of contacts to about 100 nm. Take the average distance bet ...
... Question 5: (Numerical) Even the smoothest surfaces are "rough'' when viewed at a scale of 100 nm. When two very smooth metal surfaces are placed in contact with each other, the actual distance between the surfaces varies from 0 nm at points of contacts to about 100 nm. Take the average distance bet ...
What is the Entropy in Entropic Gravity?
... a bulk spacetime. This approach was used successfully in Refs. [12, 13] in an AdS/CFT context (see also Ref. [14]) and in Ref. [15] in a more general setup based on local causal diamonds. In holographic gravity, gravity emerges as a dual description of the entanglement entropy of the degrees of free ...
... a bulk spacetime. This approach was used successfully in Refs. [12, 13] in an AdS/CFT context (see also Ref. [14]) and in Ref. [15] in a more general setup based on local causal diamonds. In holographic gravity, gravity emerges as a dual description of the entanglement entropy of the degrees of free ...
Quantum electrical transport in samples of limited
... The ability to make electrically conducting structures of ever smaller size by nanofabrication techniques ~the playground of mesoscopic physics! has brought with it entry into a wonderful new range of unexpected quantum phenomena. Interpretation of these phenomena requires full recognition of the wa ...
... The ability to make electrically conducting structures of ever smaller size by nanofabrication techniques ~the playground of mesoscopic physics! has brought with it entry into a wonderful new range of unexpected quantum phenomena. Interpretation of these phenomena requires full recognition of the wa ...
Creation: Stars and Planets
... Unfortunately, I misquoted the value of this quantity by a factor of π and so derived a Hubble time factor of 11,400 million years, whereas the theory based on such assumption indicates a lower value of the order of 4 billion years. I am now somewhat hesitant about relying on such a formula and woul ...
... Unfortunately, I misquoted the value of this quantity by a factor of π and so derived a Hubble time factor of 11,400 million years, whereas the theory based on such assumption indicates a lower value of the order of 4 billion years. I am now somewhat hesitant about relying on such a formula and woul ...
Optimal parallel quantum query algorithms
... of decision tree complexity. Here an algorithm is charged for each “query” to the input, while intermediate computation is free (see [15] for more details). This model facilitates the proof of lower bounds, and often, though not always, quantum query upper bounds carry over to quantum time complexit ...
... of decision tree complexity. Here an algorithm is charged for each “query” to the input, while intermediate computation is free (see [15] for more details). This model facilitates the proof of lower bounds, and often, though not always, quantum query upper bounds carry over to quantum time complexit ...
