Entanglement in periodically driven quantum systems
... This has led, e.g., to the investigation of dynamical localization [17, 18] and the coherent destruction of tunneling [19], both of which arise from the interplay of periodic driving and quantum coherence. Arguably the most fascinating trait of quantum mechanics, however, is entanglement. It describ ...
... This has led, e.g., to the investigation of dynamical localization [17, 18] and the coherent destruction of tunneling [19], both of which arise from the interplay of periodic driving and quantum coherence. Arguably the most fascinating trait of quantum mechanics, however, is entanglement. It describ ...
Effects of electric fields on ultracold Rydberg atom interactions
... that the atoms are close enough to each other so the electric field does not have to propagate from one atom to the other as electromagnetic radiation. This latter point is what is meant by the words ‘near zone.’ Constant background electric fields can affect the charge fluctuations by shifting the ...
... that the atoms are close enough to each other so the electric field does not have to propagate from one atom to the other as electromagnetic radiation. This latter point is what is meant by the words ‘near zone.’ Constant background electric fields can affect the charge fluctuations by shifting the ...
hydrodynamics of a rotating strongly interacting fermi gas
... Strongly interacting Fermi gases are unique quantum fluids that can be used to model other strongly interacting systems in nature, such as the quark-gluon plasma of the big bang, high temperature superconductors, and nuclear matter. This is made possible through the use of a collisional resonance, p ...
... Strongly interacting Fermi gases are unique quantum fluids that can be used to model other strongly interacting systems in nature, such as the quark-gluon plasma of the big bang, high temperature superconductors, and nuclear matter. This is made possible through the use of a collisional resonance, p ...
Quantum Scattering Theory and Applications
... In closed systems, we focus primarily on the eigenstates of disordered manyscatterer systems. There has been substantial investigation and calculation of properties of the eigenstate intensities of these systems. We have, for the rst time, been able to investigate these questions numerically. Since ...
... In closed systems, we focus primarily on the eigenstates of disordered manyscatterer systems. There has been substantial investigation and calculation of properties of the eigenstate intensities of these systems. We have, for the rst time, been able to investigate these questions numerically. Since ...
The Book (Pan Theory)
... Grand Unified Theories/ G.U.T.’s. (continued) Other theories have been postulated to explain the beginning operations of the universe as a whole. Some of them try to additionally unify all of these forces; these have been collectively dubbed Theories Of Everything (TOE’s) (reportedly by Time Magaz ...
... Grand Unified Theories/ G.U.T.’s. (continued) Other theories have been postulated to explain the beginning operations of the universe as a whole. Some of them try to additionally unify all of these forces; these have been collectively dubbed Theories Of Everything (TOE’s) (reportedly by Time Magaz ...
Conversion of the Vacuum-energy of Electromagnetic Zero
... charge “+q” and the other one with negative charge “-q”), of which fig.2 shows a twodimensional cut in the plane of the paper. And it is well known, that a charged sphere produces the same electrostatic field on its outside as a point charge in the middle of the sphere. But this statement is valid f ...
... charge “+q” and the other one with negative charge “-q”), of which fig.2 shows a twodimensional cut in the plane of the paper. And it is well known, that a charged sphere produces the same electrostatic field on its outside as a point charge in the middle of the sphere. But this statement is valid f ...
Document
... OSQAR at CERN: uses a LHC dipole magnet 15 m long that can reach a 9 T field. The ellipsometer will exploit a FP to maximize the number of reflections and a novel optical techique to modulate the MBV effect. Since it is not feasible to set the LHC magnet in rotation and a modulation of the LHC magne ...
... OSQAR at CERN: uses a LHC dipole magnet 15 m long that can reach a 9 T field. The ellipsometer will exploit a FP to maximize the number of reflections and a novel optical techique to modulate the MBV effect. Since it is not feasible to set the LHC magnet in rotation and a modulation of the LHC magne ...
Long Josephson junction in a resonant cavity * I. Tornes and D. Stroud
... voltages equal to multiples of ប⍀ / 2e, where ⍀ is the cavity resonance frequency.2 More recently, it was shown that when an array of underdamped junctions is placed in a singlemode cavity, and the array is biased on one of the SIRSs, the array phase locks and radiates energy coherently into the cav ...
... voltages equal to multiples of ប⍀ / 2e, where ⍀ is the cavity resonance frequency.2 More recently, it was shown that when an array of underdamped junctions is placed in a singlemode cavity, and the array is biased on one of the SIRSs, the array phase locks and radiates energy coherently into the cav ...
Pearson Physics Level 30 Unit V Momentum and Impulse: Chapter 9
... 4. Stating Newton’s second law in terms of momentum is more useful than stating it in terms of acceleration, because it can be applied to situations where either velocity or mass change, or both velocity and mass change. An example of a situation where both velocity and mass change occurs when a roc ...
... 4. Stating Newton’s second law in terms of momentum is more useful than stating it in terms of acceleration, because it can be applied to situations where either velocity or mass change, or both velocity and mass change. An example of a situation where both velocity and mass change occurs when a roc ...
Stimulated Scattering of Indirect Excitons in Coupled Quantum Wells
... because Mx is 5– 6 orders of magnitude smaller than typical atomic masses, the degeneracy temperature T0 for excitons is much larger than that for Bose atoms and reaches 1 K at experimentally accessible densities of indirect excitons in CQWs. In this Letter, we report an observation of a strong enha ...
... because Mx is 5– 6 orders of magnitude smaller than typical atomic masses, the degeneracy temperature T0 for excitons is much larger than that for Bose atoms and reaches 1 K at experimentally accessible densities of indirect excitons in CQWs. In this Letter, we report an observation of a strong enha ...
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... of my own thesis, it strikes me how true that statement was. Pursuing a PhD really is a lot more about the journey than the end, and I could not have made it through mine without the guidance and support from many people. My personal journey started in the summer of 2000 when Wolfgang Ketterle offer ...
... of my own thesis, it strikes me how true that statement was. Pursuing a PhD really is a lot more about the journey than the end, and I could not have made it through mine without the guidance and support from many people. My personal journey started in the summer of 2000 when Wolfgang Ketterle offer ...
