Laser-induced molecular alignment in the presence of chaotic
... i.e. extreme sensitivity of the classical phase space trajectories to the initial conditions7–9 . A better understanding of the coherent control of chaotic molecular systems is thus of importance to extend coherent control of molecular processes. Control of quantum chaos has received some attention ...
... i.e. extreme sensitivity of the classical phase space trajectories to the initial conditions7–9 . A better understanding of the coherent control of chaotic molecular systems is thus of importance to extend coherent control of molecular processes. Control of quantum chaos has received some attention ...
Quantum field theory for matter under extreme conditions
... calculated in one momentum frame will not be kinematically related to the state in another frame. That makes a new calculation necessary in every frame and hence the discussion of scattering, which takes a state of momentum p to another state with momentum p0 , is problematic. (See, e.g., Ref. [2]). ...
... calculated in one momentum frame will not be kinematically related to the state in another frame. That makes a new calculation necessary in every frame and hence the discussion of scattering, which takes a state of momentum p to another state with momentum p0 , is problematic. (See, e.g., Ref. [2]). ...
A Passion for Plasma Physics and Nuclear Fusion Research K. A. Connor
... Stellarators and Bumpy Tori ...
... Stellarators and Bumpy Tori ...
Ch 20 Electric Fields and Electric Energy
... on the sphere distributes itself uniformly on the surface. None of the excess charge is within the volume of the conductor. • The distribution of charge on the surface of a conductor guarantees that the electric field within the conductor is zero. This effect is referred to as shielding. Shielding o ...
... on the sphere distributes itself uniformly on the surface. None of the excess charge is within the volume of the conductor. • The distribution of charge on the surface of a conductor guarantees that the electric field within the conductor is zero. This effect is referred to as shielding. Shielding o ...
Field Lines Electric Flux
... allows us to calculate the field far more easily than we could using Coulomb’s law and superposition. ...
... allows us to calculate the field far more easily than we could using Coulomb’s law and superposition. ...
Bose-Glass Phases of Ultracold Atoms due to Cavity Backaction Hessam Habibian,
... laser-cooled atoms [2–5] to ultracold bosons in the Mottinsulator (MI) phase [6]. In most of these setups, the mechanical effect of the scattered light on the density distribution of the atomic medium is negligible, while photon recoil can give rise to visible effects in the spectrum of the diffract ...
... laser-cooled atoms [2–5] to ultracold bosons in the Mottinsulator (MI) phase [6]. In most of these setups, the mechanical effect of the scattered light on the density distribution of the atomic medium is negligible, while photon recoil can give rise to visible effects in the spectrum of the diffract ...
Uniform Lying Helix Alignment on Periodic Surface Relief Structure
... 3. Understanding the ULH Interface In order to implement display applications which are based on the FEO effect, a robust method to produce a stable, uniform and reliable ULH texture needs to be developed. This can be better achieved by gaining a deeper understanding of the fundamental mechanisms ta ...
... 3. Understanding the ULH Interface In order to implement display applications which are based on the FEO effect, a robust method to produce a stable, uniform and reliable ULH texture needs to be developed. This can be better achieved by gaining a deeper understanding of the fundamental mechanisms ta ...
Chapter IV- Electrical and Magnetic properties of ME
... Ceramics are electrical insulators with dielectric strength, dielectric constant and loss tangent values tailored for specific device or circuit applications. In capacitor applications, ceramics with a high dielectric constant are used to increase the charge that can be stored. In microelectronic ci ...
... Ceramics are electrical insulators with dielectric strength, dielectric constant and loss tangent values tailored for specific device or circuit applications. In capacitor applications, ceramics with a high dielectric constant are used to increase the charge that can be stored. In microelectronic ci ...
Quantum computing implementations with neutral
... former, such a scheme employs molecular ensembles to store the quantum information, whereas the superconducting solid-state circuit is utilized for processing it. This quantum hardware paradigm brings the best features of the atomic, molecular, and solid-state systems together: the excellent coheren ...
... former, such a scheme employs molecular ensembles to store the quantum information, whereas the superconducting solid-state circuit is utilized for processing it. This quantum hardware paradigm brings the best features of the atomic, molecular, and solid-state systems together: the excellent coheren ...
Driven coherent oscillations of a single electron spin in a quantum dot
... conceptually simple25, but experimentally difficult to realize, as it requires a strong, highfrequency magnetic field at low temperature, while accompanying alternating electric fields must be minimized. Alternative schemes for driven rotations of a spin in a dot have been proposed, based on optical ...
... conceptually simple25, but experimentally difficult to realize, as it requires a strong, highfrequency magnetic field at low temperature, while accompanying alternating electric fields must be minimized. Alternative schemes for driven rotations of a spin in a dot have been proposed, based on optical ...
SECOND DRAFT FOR
... into either ultra-pure quartz or thermally grown SiO 2 . The NCs are then formed from the implanted atoms under thermal annealing. The exact structure of the resulting NCQDs is not known. Pavesi et al. reported successful fabrication of NCQDs with a diameter around 3 nm and a NCQD density of 2 · 101 ...
... into either ultra-pure quartz or thermally grown SiO 2 . The NCs are then formed from the implanted atoms under thermal annealing. The exact structure of the resulting NCQDs is not known. Pavesi et al. reported successful fabrication of NCQDs with a diameter around 3 nm and a NCQD density of 2 · 101 ...
24 Coulomb`s Law 12/96
... earth and the moon until the repulsive electric force exactly balances the attractive gravitational force. How many electrons are added to the earth and what is their total charge in coulombs? (b) What is the mass, in kilograms of the electrons added to the earth in part (a)? ...
... earth and the moon until the repulsive electric force exactly balances the attractive gravitational force. How many electrons are added to the earth and what is their total charge in coulombs? (b) What is the mass, in kilograms of the electrons added to the earth in part (a)? ...
