A PRELIMINARY DESIGN FOR A SMALL
... shaped electrode in resonance with an oscillating electric field. As can be seen in figure 1, the particles gain energy on each cycle, resulting in a larger orbital radius. The advantage of a cyclotron is its compact size and the low voltages used. The motivation is to produce a low energy particle ...
... shaped electrode in resonance with an oscillating electric field. As can be seen in figure 1, the particles gain energy on each cycle, resulting in a larger orbital radius. The advantage of a cyclotron is its compact size and the low voltages used. The motivation is to produce a low energy particle ...
Advanced Chemical Physics
... of particles. He proposed that with any moving body there is associated a wave and that the momentum of the particle and the wavelength are related by: p=h/. It can be shown that as a result of this relation one obtains also the Heisenberg uncertainty principle: p x ≥h. ...
... of particles. He proposed that with any moving body there is associated a wave and that the momentum of the particle and the wavelength are related by: p=h/. It can be shown that as a result of this relation one obtains also the Heisenberg uncertainty principle: p x ≥h. ...
Computing with Atoms and Molecules
... quasi-molecule and their motions are best viewed in terms of so-called normal modes. For example, for a trap containing two ions, the normal modes in the horizontal direction are the center-of-mass mode where the ions oscillate back and forth in unison and the “stretch” mode where they oscillate in ...
... quasi-molecule and their motions are best viewed in terms of so-called normal modes. For example, for a trap containing two ions, the normal modes in the horizontal direction are the center-of-mass mode where the ions oscillate back and forth in unison and the “stretch” mode where they oscillate in ...
DY 61.1–61.8 - DPG
... production tolerances. Therefore we have generalized the perturbation theory for microdisk cavities to treat such asymmetric deformations. This allows us to describe interesting non-Hermitian phenomena like copropagation of optical modes in the (counter-)clockwise direction inside the cavity. The de ...
... production tolerances. Therefore we have generalized the perturbation theory for microdisk cavities to treat such asymmetric deformations. This allows us to describe interesting non-Hermitian phenomena like copropagation of optical modes in the (counter-)clockwise direction inside the cavity. The de ...
Dynamics of Quantum Many Body Systems Far From Thermal
... We start the discussion from a very general and qualitative definition of what thermal equilibrium is. We could say that a macroscopic system is said to be in thermal equilibrium when • its state (physical properties) is defined in terms of a unique set of intensive and extensive variables which do ...
... We start the discussion from a very general and qualitative definition of what thermal equilibrium is. We could say that a macroscopic system is said to be in thermal equilibrium when • its state (physical properties) is defined in terms of a unique set of intensive and extensive variables which do ...
UNIVERSAL QUANTUM COMPUTING: ANTICIPATORY …
... Components of the applied harmonic oscillator - classical, quantum, relativistic, transactional and incursive required to achieve coherent control of the cumulative resonance coupling hierarchy to produce harmonic nodes of destructive and constructive interference in the ...
... Components of the applied harmonic oscillator - classical, quantum, relativistic, transactional and incursive required to achieve coherent control of the cumulative resonance coupling hierarchy to produce harmonic nodes of destructive and constructive interference in the ...
Quantum-assisted biomolecular modelling
... van der Waals interactions and hydrogen bonds. In molecular recognition, these interactions occur owing to shape and chemical complementarity of the reactants in a highly specific manner, in much the same way as a key fits a particular lock. An example is the interaction between the human immunodeficie ...
... van der Waals interactions and hydrogen bonds. In molecular recognition, these interactions occur owing to shape and chemical complementarity of the reactants in a highly specific manner, in much the same way as a key fits a particular lock. An example is the interaction between the human immunodeficie ...
Quantum vacuum in de Sitter spacetime
... In dS spacetime, the decay of the VEVs at large separations between the plates is power law (monotonical or oscillating), independently of the field mass This is quite remarkable and clearly in contrast with the corresponding features of the same problem in a Minkowski bulk. The interaction forces b ...
... In dS spacetime, the decay of the VEVs at large separations between the plates is power law (monotonical or oscillating), independently of the field mass This is quite remarkable and clearly in contrast with the corresponding features of the same problem in a Minkowski bulk. The interaction forces b ...
Recent progress in the theory of Anderson localization
... 1D random-hopping model = random XY chain (via Jordan-Wigner tr.) real-space RG: integrating out a bonding (singlet) state on the strongest bond random-singlet phase ...
... 1D random-hopping model = random XY chain (via Jordan-Wigner tr.) real-space RG: integrating out a bonding (singlet) state on the strongest bond random-singlet phase ...
High Performance Quantum Computing
... Solves NP-complete spin glass problem with up to 512 variables H = ∑ J ij si s j + ∑ hi si + const. ij ...
... Solves NP-complete spin glass problem with up to 512 variables H = ∑ J ij si s j + ∑ hi si + const. ij ...
CHAPTER 2: PARTICLE IN A CENTRAL POTENTIAL. THE
... B. MOTION OF THE CENTER OF MASS AND RELATIVE MOTION FOR A SYSTEM OF TWO INTERACTING PARTICLES ...
... B. MOTION OF THE CENTER OF MASS AND RELATIVE MOTION FOR A SYSTEM OF TWO INTERACTING PARTICLES ...
