Quantum Chaos, Transport, and Decoherence in Atom
... here proceeds along two general lines. The first group of experiments considers a realization of the quantum kicked rotor, where the optical lattice is applied in a series of short, periodic pulses. In the regime where the classical description of this system is strongly chaotic, the quantum and clas ...
... here proceeds along two general lines. The first group of experiments considers a realization of the quantum kicked rotor, where the optical lattice is applied in a series of short, periodic pulses. In the regime where the classical description of this system is strongly chaotic, the quantum and clas ...
Imaging Electrons in Few-Electron Quantum Dots
... have a Fermi distribution with a broadening around the Fermi energy EF given by kB T . The energy levels inside the quantum dot are filled if they lie below EF and are empty otherwise. The addition energy EC + ∆ and the lifetime broadening of the energy levels inside the quantum dot h̄Γ (Γ is the tu ...
... have a Fermi distribution with a broadening around the Fermi energy EF given by kB T . The energy levels inside the quantum dot are filled if they lie below EF and are empty otherwise. The addition energy EC + ∆ and the lifetime broadening of the energy levels inside the quantum dot h̄Γ (Γ is the tu ...
Superconducting qubits coupled to nanoelectromechanical resonators: An architecture
... where ⌬sc is the superconducting energy gap 共⌬sc ⬇ 180 eV for Al junctions兲. The supercurrent component then oscillates with angular frequency 2eV / ប—the ac Josephson effect. The thermal activation regime has been explored in detail, for various limits of dissipation 关63–65兴. For fixed current bia ...
... where ⌬sc is the superconducting energy gap 共⌬sc ⬇ 180 eV for Al junctions兲. The supercurrent component then oscillates with angular frequency 2eV / ប—the ac Josephson effect. The thermal activation regime has been explored in detail, for various limits of dissipation 关63–65兴. For fixed current bia ...
Quantum quenches to the attractive one
... which features finite densities of multi-particle bound states. Our treatment, based on the quench action method, allows us to study their dependence on the final interaction strength and discuss their relevance for the physical properties of the system. In particular, as a meaningful example, we co ...
... which features finite densities of multi-particle bound states. Our treatment, based on the quench action method, allows us to study their dependence on the final interaction strength and discuss their relevance for the physical properties of the system. In particular, as a meaningful example, we co ...
Quantum Computer (Information) and Quantum Mechanical
... Abstract: Perception may not be what you think it is. Perception is not just a collection of inputs from our sensory system. Instead, it is the brain's interpretation (positive, negative or neutral-no signature case) of stimuli which is based on an individual's genetics and past experiences. Percept ...
... Abstract: Perception may not be what you think it is. Perception is not just a collection of inputs from our sensory system. Instead, it is the brain's interpretation (positive, negative or neutral-no signature case) of stimuli which is based on an individual's genetics and past experiences. Percept ...
HQ-1: Conference on the History of Quantum Physics Max Planck
... βν − P. N It would take almost two decades to confirm this equation experimentally. We see, in sum, that Einstein’s arguments for light quanta were based upon Boltzmann’s statistical interpretation of the entropy. He did not propose his light-quantum hypothesis “to explain the photoelectric effect,” ...
... βν − P. N It would take almost two decades to confirm this equation experimentally. We see, in sum, that Einstein’s arguments for light quanta were based upon Boltzmann’s statistical interpretation of the entropy. He did not propose his light-quantum hypothesis “to explain the photoelectric effect,” ...
