Dirac and Majorana edge states in graphene and topological
... The two parts of this thesis: “Dirac edge states in graphene” and “Majorana edge states in topological superconductors” may seem very loosely connected to the reader. To study the edges of graphene, a one-dimensional sheet of carbon, one needs to pay close attention to the graphene lattice and accur ...
... The two parts of this thesis: “Dirac edge states in graphene” and “Majorana edge states in topological superconductors” may seem very loosely connected to the reader. To study the edges of graphene, a one-dimensional sheet of carbon, one needs to pay close attention to the graphene lattice and accur ...
`Nonclassical` states in quantum optics: a `squeezed` review of the
... If σx < 1/2, then function P (α) must assume negative values, thus it cannot be interpreted as a classical probability [32]. Another example of a ‘nonclassical’ state is a superposition of two different coherent states [33]. As a matter of fact, all pure states, excepting the coherent states, are ‘n ...
... If σx < 1/2, then function P (α) must assume negative values, thus it cannot be interpreted as a classical probability [32]. Another example of a ‘nonclassical’ state is a superposition of two different coherent states [33]. As a matter of fact, all pure states, excepting the coherent states, are ‘n ...
Cavity optomechanics - Institute for Theoretical Physics II
... wave-particle nature of blackbody radiation. In pioneering experiments, both the linear and angular momentum transfers of photons to atoms and macroscopic objects were demonstrated by Frisch (1933) and Beth (1936), respectively. In the 1970s Ashkin demonstrated the fact that focused laser beams can ...
... wave-particle nature of blackbody radiation. In pioneering experiments, both the linear and angular momentum transfers of photons to atoms and macroscopic objects were demonstrated by Frisch (1933) and Beth (1936), respectively. In the 1970s Ashkin demonstrated the fact that focused laser beams can ...
PDF Version - UCSF Dept of Anesthesia
... (λmax = 425 nm) through animal tissues. It is well established that photons in the near-infrared (NIR) region (particularly 700–900 nm) are more penetrative through animal tissues because of reduced absorption and scattering9. We questioned whether NIR nanoparticles could be used to red shift lumino ...
... (λmax = 425 nm) through animal tissues. It is well established that photons in the near-infrared (NIR) region (particularly 700–900 nm) are more penetrative through animal tissues because of reduced absorption and scattering9. We questioned whether NIR nanoparticles could be used to red shift lumino ...
Spectroscopy and Dynamics of Laser
... From classical information theory it has long been known that many computation tasks can never be carried out efficiently by a computer running a classical algorithm. Encryption techniques take advantage of this fact by making sure that it requires an extremely long time to perform the computation r ...
... From classical information theory it has long been known that many computation tasks can never be carried out efficiently by a computer running a classical algorithm. Encryption techniques take advantage of this fact by making sure that it requires an extremely long time to perform the computation r ...
O A RIGINAL RTICLES
... and when the motion in all three dimensions is confined, and we talk about a quantum dot. In solid state engineering, these are commonly called low dimensional quantum structures. Carbon demonstrates unusually complicated behavior, forming a number of very different structures. However, only three-d ...
... and when the motion in all three dimensions is confined, and we talk about a quantum dot. In solid state engineering, these are commonly called low dimensional quantum structures. Carbon demonstrates unusually complicated behavior, forming a number of very different structures. However, only three-d ...
reactive molecular collisions
... wide range of problems facing the dynamicist. Trajectory calculations of atom-diatom reactions now appear routinely; the treatment today is basically that originally described by Karplus et al (28) in 1965. In the last year alone, manytrajectory calculations have appeared. Because of its basic impor ...
... wide range of problems facing the dynamicist. Trajectory calculations of atom-diatom reactions now appear routinely; the treatment today is basically that originally described by Karplus et al (28) in 1965. In the last year alone, manytrajectory calculations have appeared. Because of its basic impor ...
Paul Ehrenfest: The Genesis of the Adiabatic Hypothesis, 1911–1914
... between PLANCK’s and EINSTEIN’s quantum hypotheses. His disciple KRUTKOW completed his analysis, showing by means of combinatorics that the assumption of corpuscular quanta does not allow one to go beyond WIEN’s law. Further, to recover PLANCK’s law, a correlation among quanta that removes their ind ...
... between PLANCK’s and EINSTEIN’s quantum hypotheses. His disciple KRUTKOW completed his analysis, showing by means of combinatorics that the assumption of corpuscular quanta does not allow one to go beyond WIEN’s law. Further, to recover PLANCK’s law, a correlation among quanta that removes their ind ...
Phys. Rep. - The Budapest Quantum Optics Group
... Families of multipartite entangled states ................................................................................................................................. ...
... Families of multipartite entangled states ................................................................................................................................. ...
Coherent Control of Polarized Neutron Interferometry
... In this thesis, we describe two sets of experiments using a single crystal neutron interferometer. First, we explore applications of quantum information processing (QIP) to magnetic materials characterization using polarized neutron interferometry (NI). We describe a split path spin-based interferom ...
... In this thesis, we describe two sets of experiments using a single crystal neutron interferometer. First, we explore applications of quantum information processing (QIP) to magnetic materials characterization using polarized neutron interferometry (NI). We describe a split path spin-based interferom ...
Microwave Spectroscopy of Two-Dimensional Electrons in Tilted Magnetic Field
... Much theoretical work has been done toward estimating exactly where the WS phase replaces FQHE liquids as the ground state. The transition has been estimated to be around ν ∼ 1/6 (84). But exact prediction is challenging (24, 66, 82, 84, 87, 141, 166, 174) because at low ν the energy curves of the t ...
... Much theoretical work has been done toward estimating exactly where the WS phase replaces FQHE liquids as the ground state. The transition has been estimated to be around ν ∼ 1/6 (84). But exact prediction is challenging (24, 66, 82, 84, 87, 141, 166, 174) because at low ν the energy curves of the t ...
