ppt - Pavel Stránský
... Complex behavior encoded in simple equations (order-chaos-order transition) Possibility of studying manifestations of both classical and quantum chaos and their relation Good classical-quantum correspondence found even in the mixed dynamics regime ...
... Complex behavior encoded in simple equations (order-chaos-order transition) Possibility of studying manifestations of both classical and quantum chaos and their relation Good classical-quantum correspondence found even in the mixed dynamics regime ...
Collective potential for large-N Hamiltonian matrix models and free Fisher information
... analogous to the above change of variables from Cartesian to radial coordinates. There is a Jacobian associated with this nonlinear change. Transforming to “radial wave functions” to absorb this will again induce an extra term in the potential, involving the derivative of the Jacobian. These univers ...
... analogous to the above change of variables from Cartesian to radial coordinates. There is a Jacobian associated with this nonlinear change. Transforming to “radial wave functions” to absorb this will again induce an extra term in the potential, involving the derivative of the Jacobian. These univers ...
Femtosecond X-ray measurement of coherent lattice vibrations near
... cell. The crystal basis consists of two Bi atoms: atom 1 on a lattice site, and atom 2 at a position slightly displaced from the centre along the body diagonal of the unit cell. The distortion from the cubic structure to A7 is stabilized by the so-called Peierls–Jones13 mechanism, which introduces a ...
... cell. The crystal basis consists of two Bi atoms: atom 1 on a lattice site, and atom 2 at a position slightly displaced from the centre along the body diagonal of the unit cell. The distortion from the cubic structure to A7 is stabilized by the so-called Peierls–Jones13 mechanism, which introduces a ...
Chapter 6
... free particle in free space Free elementary particles can move with arbitrary velocities and posses arbitrary energy levels not bounded to multiples of Planck's constant. The Shrödinger's wave theory later on replaced Bohr's very simple and visual atomic model, describing matter in terms of probabil ...
... free particle in free space Free elementary particles can move with arbitrary velocities and posses arbitrary energy levels not bounded to multiples of Planck's constant. The Shrödinger's wave theory later on replaced Bohr's very simple and visual atomic model, describing matter in terms of probabil ...
IOSR Journal of Electronics and Communication Engineering (IOSR-JECE)
... predicted that a significant band gap could be induced by lowering the symmetry of the system through the application of a perpendicular electric field [6] [7]. One of the most remarkable properties of BLG is the ability to open a gap in the spectrum by electric field effect biased BLG.In the absence ...
... predicted that a significant band gap could be induced by lowering the symmetry of the system through the application of a perpendicular electric field [6] [7]. One of the most remarkable properties of BLG is the ability to open a gap in the spectrum by electric field effect biased BLG.In the absence ...
114, 125301 (2015)
... exact. In the unstable region, the BEC is destroyed after a modulation time of just 10 ms to 50 ms, at which point the momentum space distribution is dominated by high momentum excitations, which would be interpreted as thermal excitations observed in the experiment. In general, the exact size of th ...
... exact. In the unstable region, the BEC is destroyed after a modulation time of just 10 ms to 50 ms, at which point the momentum space distribution is dominated by high momentum excitations, which would be interpreted as thermal excitations observed in the experiment. In general, the exact size of th ...
Metallic quantum dots - Chalmers University of Technology
... experiment was performed at ultrahigh vacuum and extremely low temperature. The surface electrons become confined laterally to the adatom structure because of the strong scattering that occurs at the Fe atoms [1], and perpendicular to the surface due to the bandgap that exists for the (111) face of ...
... experiment was performed at ultrahigh vacuum and extremely low temperature. The surface electrons become confined laterally to the adatom structure because of the strong scattering that occurs at the Fe atoms [1], and perpendicular to the surface due to the bandgap that exists for the (111) face of ...