Quantum Field Theory I
... (or ϕ∗ and ϕ, if ϕ is complex2 ). The arrow orientation is very important for external legs, where different orientations correspond to particles and antiparticles respectively (as we will see shortly). Every line is labelled by a momentum (and maybe also by some other numbers). The arrows discussed ...
... (or ϕ∗ and ϕ, if ϕ is complex2 ). The arrow orientation is very important for external legs, where different orientations correspond to particles and antiparticles respectively (as we will see shortly). Every line is labelled by a momentum (and maybe also by some other numbers). The arrows discussed ...
Quantum interference of a single spin excitation with a
... local oscillator on a beam splitter to reveal its Wigner function [24], in the present case the atomic ensemble plays the role of the local oscillator and is inseparable from the single spin carrying the excitation. The state |Ψ01 i is non-Gaussian with a negative Wigner function stored within a qua ...
... local oscillator on a beam splitter to reveal its Wigner function [24], in the present case the atomic ensemble plays the role of the local oscillator and is inseparable from the single spin carrying the excitation. The state |Ψ01 i is non-Gaussian with a negative Wigner function stored within a qua ...
Pascack Valley Regional HS District
... Students will complete on average one laboratory experiment per week. Most of the lab experiments are open-ended: The students are given an objective and a list of equipment. Students design their own procedure, data gathering, and data analysis. Generally, reports will be submitted for grading on M ...
... Students will complete on average one laboratory experiment per week. Most of the lab experiments are open-ended: The students are given an objective and a list of equipment. Students design their own procedure, data gathering, and data analysis. Generally, reports will be submitted for grading on M ...
Inverse magnetic catalysis in QCD and holography
... other than the QCD Lagrangian. The other method, the one we will be using, is to use the holographic principle to try to come up with a dual gravitational theory in which the results can be computed more readily. The above leads to the following problem statement: Can we, using holographic methods, ...
... other than the QCD Lagrangian. The other method, the one we will be using, is to use the holographic principle to try to come up with a dual gravitational theory in which the results can be computed more readily. The above leads to the following problem statement: Can we, using holographic methods, ...
Josephson Effect for Photons in Two Weakly Linked Microcavities
... moved by the external trap, the kinetic energy increasing rate of the atoms should be smaller than the harmonic frequency of the optical lattice; thus, the atoms could be adiabatically moved. Besides, to confine the atoms in a single lattice site, one could couple Bose-Einstein condensates of the at ...
... moved by the external trap, the kinetic energy increasing rate of the atoms should be smaller than the harmonic frequency of the optical lattice; thus, the atoms could be adiabatically moved. Besides, to confine the atoms in a single lattice site, one could couple Bose-Einstein condensates of the at ...
Hund`s Rule for Composite Fermions
... The energies of these wave functions, and their overlaps with the exact Coulomb ground states of (N|q) are also given in Table I. For (6| 29 ), there are three 0-1 hard-core states, and for (6|5) there are eight 1-1 hard-core states; for other cases, we have not determined the number of hard-core s ...
... The energies of these wave functions, and their overlaps with the exact Coulomb ground states of (N|q) are also given in Table I. For (6| 29 ), there are three 0-1 hard-core states, and for (6|5) there are eight 1-1 hard-core states; for other cases, we have not determined the number of hard-core s ...
Quantum Energy Regression using Scattering Transforms
... Section 6 analyses the results of our experiments. ...
... Section 6 analyses the results of our experiments. ...
Quantum phase distribution of thermal phase-squeezed
... in polar coordinates and integrate over the radial variable. In this way we generalize the procedure used in a previous work @10# to treat here the effects of thermal light on the phase distribution. Since we are interested especially in strong em fields, the present procedure gives results similar ...
... in polar coordinates and integrate over the radial variable. In this way we generalize the procedure used in a previous work @10# to treat here the effects of thermal light on the phase distribution. Since we are interested especially in strong em fields, the present procedure gives results similar ...
Phys. Rev. A 92, 032304
... as cluster states [2–4]. Sufficiently large cluster states are first prepared before being appropriately reshaped for any specific operations. Arbitrary unitary operations are implemented by the precise selection of measurement bases and outcomedependent feedforward operations. To date there have be ...
... as cluster states [2–4]. Sufficiently large cluster states are first prepared before being appropriately reshaped for any specific operations. Arbitrary unitary operations are implemented by the precise selection of measurement bases and outcomedependent feedforward operations. To date there have be ...
