Concept Development Studies in Chemistry
... development studies will enhance your development of critical, analytical thinking, a skill which is most important to success in Science. As a note, these studies are not intended to be historical developments, although the experiments presented are the ones which led to the concepts discussed. Onl ...
... development studies will enhance your development of critical, analytical thinking, a skill which is most important to success in Science. As a note, these studies are not intended to be historical developments, although the experiments presented are the ones which led to the concepts discussed. Onl ...
Experiments with Entangled Photons Bell Inequalities, Non-local Games and Bound Entanglement
... the concepts on which classical physics is based. For instance, it permits persistent correlations between classically separated systems, that are termed as entanglement. To circumvent these problems and explain entanglement, hidden variables theories–based on undiscovered parameters–have been devis ...
... the concepts on which classical physics is based. For instance, it permits persistent correlations between classically separated systems, that are termed as entanglement. To circumvent these problems and explain entanglement, hidden variables theories–based on undiscovered parameters–have been devis ...
Antihydrogen Gravitational States Abstract - Institut Laue
... Polder atom-surface interaction potential. We have shown that antihydrogen atoms, confined by the quantum reflection via Casimir forces from below, and by the gravitational force from above, would form metastable gravitational quantum states. They would bounce on a surface for a finite life-time (o ...
... Polder atom-surface interaction potential. We have shown that antihydrogen atoms, confined by the quantum reflection via Casimir forces from below, and by the gravitational force from above, would form metastable gravitational quantum states. They would bounce on a surface for a finite life-time (o ...
Julian Schwinger (1918-1994)
... representation to describe the scattering of spin-1/2 Dirac particles, electronelectron scattering or Møller scattering. This paper he wrote entirely on his own, but showed it to no one, nor did he submit it to a journal. It was ‘a little practice in writing,’ but it was a sign of great things to c ...
... representation to describe the scattering of spin-1/2 Dirac particles, electronelectron scattering or Møller scattering. This paper he wrote entirely on his own, but showed it to no one, nor did he submit it to a journal. It was ‘a little practice in writing,’ but it was a sign of great things to c ...
feasibility study
... radiation on matter. The oscillator consists of an electron attached to an ideal, frictionless spring. When the electron is set in motion, it oscillates about its point of equilibrium, emitting electromagnetic radiation at the frequency of oscillation. The radiation dissipates energy, and so in the ...
... radiation on matter. The oscillator consists of an electron attached to an ideal, frictionless spring. When the electron is set in motion, it oscillates about its point of equilibrium, emitting electromagnetic radiation at the frequency of oscillation. The radiation dissipates energy, and so in the ...
Superposition, Entanglement, and Raising Schrödinger’s Cat Nobel Lecture, December 8, 2012
... required. Therefore, in a heroic set of experiments, state preparation was accomplished through charge exchange with a polarized Cs beam that passed through the ions. Detection was accomplished through a charge-transfer process (3He+ + Cs → 3He + Cs+) that depended on the internal state of 3He+, fol ...
... required. Therefore, in a heroic set of experiments, state preparation was accomplished through charge exchange with a polarized Cs beam that passed through the ions. Detection was accomplished through a charge-transfer process (3He+ + Cs → 3He + Cs+) that depended on the internal state of 3He+, fol ...
DEPARTAMENT FÍSICA APLICADA I ELECTROMAGNETISME DINÁMICA DE LA RECOMBINACIÓN DE EXCITONES
... the waveguide of the SOA with a time resolution in the range of 150 fs (the FWHM of the pulse employed). In order to test the physical limits of the time response of the device, two Michelson interferometers have been placed at the entrance of the setup, creating a small “pulse train” composed by up ...
... the waveguide of the SOA with a time resolution in the range of 150 fs (the FWHM of the pulse employed). In order to test the physical limits of the time response of the device, two Michelson interferometers have been placed at the entrance of the setup, creating a small “pulse train” composed by up ...
IMPROVEMENT OF TIME-OF-FLIGHT SPECTROMETER FOR
... question asked by many. To find out the answer to this question a single measurement or in many cases several measurements need to be performed. The elemental analysis of the solid materials can be done in multiple ways. Many of the available methods are more familiar from the chemistry side where d ...
... question asked by many. To find out the answer to this question a single measurement or in many cases several measurements need to be performed. The elemental analysis of the solid materials can be done in multiple ways. Many of the available methods are more familiar from the chemistry side where d ...
Single component and binary mixtures of BECs in double
... density matrix N=50, epsilon=J/10^10 B. Juliá-Díaz, Trobades Científiques de la Mediterrània, Menorca, 2010 ...
... density matrix N=50, epsilon=J/10^10 B. Juliá-Díaz, Trobades Científiques de la Mediterrània, Menorca, 2010 ...
The Polarizable Continuum Model Goes Viral! - Munin
... These systems represent an ongoing challenge to our modelling capabilities, especially when high accuracy is required for the prediction of exotic and novel molecular properties. How to achieve the insight needed to understand and predict the physics and chemistry of such complex systems is still an ...
... These systems represent an ongoing challenge to our modelling capabilities, especially when high accuracy is required for the prediction of exotic and novel molecular properties. How to achieve the insight needed to understand and predict the physics and chemistry of such complex systems is still an ...
Boson sampling for molecular vibronic spectra - CIQM
... is quantum simulation4–9, in which it has been shown recently that the dynamics of chemical reactions10 as well as the molecular electronic structure11 are attractive applications for quantum devices. For all these instances, the realization of a quantum computer would challenge the extended Church– ...
... is quantum simulation4–9, in which it has been shown recently that the dynamics of chemical reactions10 as well as the molecular electronic structure11 are attractive applications for quantum devices. For all these instances, the realization of a quantum computer would challenge the extended Church– ...
Spin-dependent Transport of Interacting Electrons in Mesoscopic
... bits a quantum bit incorporates the pure up- and down-states associated with the logical values 0 and 1, but also superpositions of both. This can be used in specially designed algorithms, whereby a quantum computer can solve certain problems much more efficiently than a conventional one. ...
... bits a quantum bit incorporates the pure up- and down-states associated with the logical values 0 and 1, but also superpositions of both. This can be used in specially designed algorithms, whereby a quantum computer can solve certain problems much more efficiently than a conventional one. ...
Here - Fifth Quantum Thermodynamics Conference
... Abstract: We confront a thermodynamical approach with a quantum information approach to characterize the energetic counterpart of entanglement genesis. More precisely, motivated by recent experiments that have demonstrated the generation of entanglement between two distant superconducting qubits by ...
... Abstract: We confront a thermodynamical approach with a quantum information approach to characterize the energetic counterpart of entanglement genesis. More precisely, motivated by recent experiments that have demonstrated the generation of entanglement between two distant superconducting qubits by ...
Po-Hsiang Wang Magneto-optical studies of optical spin injection in
... The use of the spin properties in semiconductors is a promising route towards new functional electronic and photonic devices. Electrons have a charge and a spin, however these have been considered separately until recently. The quantum dots (QDs) structures are one of the promising candidates for ad ...
... The use of the spin properties in semiconductors is a promising route towards new functional electronic and photonic devices. Electrons have a charge and a spin, however these have been considered separately until recently. The quantum dots (QDs) structures are one of the promising candidates for ad ...
Hydrogen atom
A hydrogen atom is an atom of the chemical element hydrogen. The electrically neutral atom contains a single positively charged proton and a single negatively charged electron bound to the nucleus by the Coulomb force. Atomic hydrogen constitutes about 75% of the elemental (baryonic) mass of the universe.In everyday life on Earth, isolated hydrogen atoms (usually called ""atomic hydrogen"" or, more precisely, ""monatomic hydrogen"") are extremely rare. Instead, hydrogen tends to combine with other atoms in compounds, or with itself to form ordinary (diatomic) hydrogen gas, H2. ""Atomic hydrogen"" and ""hydrogen atom"" in ordinary English use have overlapping, yet distinct, meanings. For example, a water molecule contains two hydrogen atoms, but does not contain atomic hydrogen (which would refer to isolated hydrogen atoms).