A critique of recent semi-classical spin-half quantum plasma theories
... smaller than its Larmor gyro moment. Thus the SQHD effects are totally negligible in the individual electron equation of motion, even when that electron is maximally [namely, exactly] polarised along [ie., parallel or anti-parallel to] the equilibrium field. Furthermore, whereas the spin orientation ...
... smaller than its Larmor gyro moment. Thus the SQHD effects are totally negligible in the individual electron equation of motion, even when that electron is maximally [namely, exactly] polarised along [ie., parallel or anti-parallel to] the equilibrium field. Furthermore, whereas the spin orientation ...
Quantum Picture of the Josephson Junction
... Unlike the Harmonic Oscillator Potential, the energy spaces of the wash board potential are not equal. This is a significant quality of this system that makes it a candidate for qubit, as discussed later. The potential in my calculation and the eigenfunctions for the 4 lowest states are shown in Fig ...
... Unlike the Harmonic Oscillator Potential, the energy spaces of the wash board potential are not equal. This is a significant quality of this system that makes it a candidate for qubit, as discussed later. The potential in my calculation and the eigenfunctions for the 4 lowest states are shown in Fig ...
Memory-built-in quantum teleportation with photonic and atomic qubits
... the information carriers and the collective atomic qubits2–5,12 (an effective qubit consists of two atomic ensembles, each with 106 rubidium-87 atoms) as the quantum memory. In memorybuilt-in teleportation, an unknown polarization state of single photons is teleported onto and stored in a remote ato ...
... the information carriers and the collective atomic qubits2–5,12 (an effective qubit consists of two atomic ensembles, each with 106 rubidium-87 atoms) as the quantum memory. In memorybuilt-in teleportation, an unknown polarization state of single photons is teleported onto and stored in a remote ato ...
file
... Can we have an ontological description of quantum systems e say, of particles such as electrons? In the domain of classical physics it is possible to measure simultaneously the position and momentum of a particle with arbitrarily good accuracy within a single phenomenon, and thus one is allowed to p ...
... Can we have an ontological description of quantum systems e say, of particles such as electrons? In the domain of classical physics it is possible to measure simultaneously the position and momentum of a particle with arbitrarily good accuracy within a single phenomenon, and thus one is allowed to p ...
Document
... • Necessary to extract C • Drawback: it is not scalable diagnostic tool! • Review: the N=1 qubit case • Can we generalize the Bloch vector to N>1? • Answer: the Pauli set • Extracting usual metrics from the Pauli set ...
... • Necessary to extract C • Drawback: it is not scalable diagnostic tool! • Review: the N=1 qubit case • Can we generalize the Bloch vector to N>1? • Answer: the Pauli set • Extracting usual metrics from the Pauli set ...
1 - Hal-SHS
... mean value8. Such fluctuations were not considered with pure combinatoric calculations although they effectively characterize the distributions of quantities relative to physical phenomena. From this physical reinterpretation of a mathematical quantity implied by idealized processes of combinatorics ...
... mean value8. Such fluctuations were not considered with pure combinatoric calculations although they effectively characterize the distributions of quantities relative to physical phenomena. From this physical reinterpretation of a mathematical quantity implied by idealized processes of combinatorics ...
... an expression which is easily amenable to a probabilistic interpretation.We consider CN endowed with the already mentioned inner product 〈X, Y〉J = Y*JX, for any X ,Y ∈ CN, and respective J-norm ∥X∥J = X*JX. The matrix A + B gives the possible dynamical states of each bosonic particle. Some considera ...
Realization of quantum error correction
... Although there has been extensive theoretical research in the area of quantum error correction, experimental work has been limited to protocol process verifications by means of liquid-state nuclear magnetic resonance. These experiments4–6 showed an increase in state fidelity after performing the uni ...
... Although there has been extensive theoretical research in the area of quantum error correction, experimental work has been limited to protocol process verifications by means of liquid-state nuclear magnetic resonance. These experiments4–6 showed an increase in state fidelity after performing the uni ...
Inflation, quantum fields, and CMB anisotropies
... five year WMAP results. We find [30], see Fig. 1, that the new predictions agree with observation and improve the likelihood that the simplest potential energy functions (quadratic and quartic, respectively) are responsible for driving the early inflationary expansion of the universe. The influence ...
... five year WMAP results. We find [30], see Fig. 1, that the new predictions agree with observation and improve the likelihood that the simplest potential energy functions (quadratic and quartic, respectively) are responsible for driving the early inflationary expansion of the universe. The influence ...
