Violation of Leggett-Garg inequalities in quantum measurements
... be positive. This requirement results in the LGIs. Specifically, the LGI given by Eq. (1) simply describes the requirement that the probability Pψ (−1, +1) for the measurement outcomes s2 = −1 and s3 = +1 should be positive. Interestingly, fundamental quantum mechanics seems to suggest that these jo ...
... be positive. This requirement results in the LGIs. Specifically, the LGI given by Eq. (1) simply describes the requirement that the probability Pψ (−1, +1) for the measurement outcomes s2 = −1 and s3 = +1 should be positive. Interestingly, fundamental quantum mechanics seems to suggest that these jo ...
Quantum Information Processing - wolfgang
... carried by that state (quantum state collapse). 3. It is extremely difficult to correct errors caused by unwanted interaction with the environment. Nevertheless quantum computational networks can be devised, at least in principle, which are much more efficient, for certain tasks, than classical comp ...
... carried by that state (quantum state collapse). 3. It is extremely difficult to correct errors caused by unwanted interaction with the environment. Nevertheless quantum computational networks can be devised, at least in principle, which are much more efficient, for certain tasks, than classical comp ...
Entropy - Molecular Diversity Preservation International
... given probability distribution [pi]i, entropy is maximum when all the sent states are orthogonal. I (A : B ) S (%) This inequality is known as the Kholevo (or Holevo) bound, and tells that the average information gain for B in each measurement is bounded by the entropy of the system A. This entrop ...
... given probability distribution [pi]i, entropy is maximum when all the sent states are orthogonal. I (A : B ) S (%) This inequality is known as the Kholevo (or Holevo) bound, and tells that the average information gain for B in each measurement is bounded by the entropy of the system A. This entrop ...
Research Proposal for a Quantum Computer Programming
... This classical view of the world lasted for hundreds of years until the late nineteenth and early twentieth centuries [12]. It was at this time that the quantum view of the world was uncovered. If the classical view can be described as determinism, then the corresponding description for the quantum ...
... This classical view of the world lasted for hundreds of years until the late nineteenth and early twentieth centuries [12]. It was at this time that the quantum view of the world was uncovered. If the classical view can be described as determinism, then the corresponding description for the quantum ...
Quantum Information with Optical Continuous Variables - QuIC
... In 1905, Einstein took this idea one step further and assumed that the radiation was composed of discrete units of energy, the so called ”quanta”, which allowed him to explain the photo-electric effect [67], which gave him the 1921 Nobel Prize. This revolutionary idea of quantization was applied aga ...
... In 1905, Einstein took this idea one step further and assumed that the radiation was composed of discrete units of energy, the so called ”quanta”, which allowed him to explain the photo-electric effect [67], which gave him the 1921 Nobel Prize. This revolutionary idea of quantization was applied aga ...
