A Spectroscopy Primer - Symposium on Chemical Physics
... behaviour in terms of theoretical models. This allows us to determine what atoms a particular molecule is composed of, the length and strength of its bonds, and more generally, the patterns in which atoms assemble to form the diverse and myriad molecules on which we rely for industrial applications, ...
... behaviour in terms of theoretical models. This allows us to determine what atoms a particular molecule is composed of, the length and strength of its bonds, and more generally, the patterns in which atoms assemble to form the diverse and myriad molecules on which we rely for industrial applications, ...
Knowledge Check (Answer Key)
... mastery of this topic by passing a written exam with a grade of ≥ 80 percent on the following Terminal Learning Objectives (TLOs): 1. Convert between units of measure associated with the English and System Internationale (SI) measuring systems. 2. Describe vector quantities, and how they are represe ...
... mastery of this topic by passing a written exam with a grade of ≥ 80 percent on the following Terminal Learning Objectives (TLOs): 1. Convert between units of measure associated with the English and System Internationale (SI) measuring systems. 2. Describe vector quantities, and how they are represe ...
On the Dipole Approximation
... Treating Aλ as a classical electromagnetic field means that we consider the influence of Aλ on the electron but not vice versa. Whereas Aλ may cause the electron to change its state, Aλ itself is not altered. This seems a reasonable approximation if the intensity of the electromagnetic field is adeq ...
... Treating Aλ as a classical electromagnetic field means that we consider the influence of Aλ on the electron but not vice versa. Whereas Aλ may cause the electron to change its state, Aλ itself is not altered. This seems a reasonable approximation if the intensity of the electromagnetic field is adeq ...
Quantum Transport through Single and Double Quantum Dots
... The electronic properties of quantum dots are dominated by two effects. Firstly, the Coulomb repulsion between electrons, leads to an energy cost in order to add an extra electron. Due to this fact tunnelling of electrons to or from the reservoirs can be suppressed at low temperatures, this phenome ...
... The electronic properties of quantum dots are dominated by two effects. Firstly, the Coulomb repulsion between electrons, leads to an energy cost in order to add an extra electron. Due to this fact tunnelling of electrons to or from the reservoirs can be suppressed at low temperatures, this phenome ...
Concepts of Modern Physics
... quantization in blackbody radiation, a revolutionary idea soon followed by Albert Einstein’s equally revolutionary theory of relativity and quantum theory of light. Students today must wonder why the label “modern” remains attached to this branch of physics. Yet it is not really all that venerable: ...
... quantization in blackbody radiation, a revolutionary idea soon followed by Albert Einstein’s equally revolutionary theory of relativity and quantum theory of light. Students today must wonder why the label “modern” remains attached to this branch of physics. Yet it is not really all that venerable: ...
Neutron Scattering Instrumentation
... for thermal and cold neutrons. Neutrons thus constitute a simple, non-destructive probe of matter. As neutrons penetrate deeply into matter, it is rather straightforward to use even complex and bulky sample environments. This fortunately does not prevent neutrons from being highly sensitive, which i ...
... for thermal and cold neutrons. Neutrons thus constitute a simple, non-destructive probe of matter. As neutrons penetrate deeply into matter, it is rather straightforward to use even complex and bulky sample environments. This fortunately does not prevent neutrons from being highly sensitive, which i ...
The study of electromagnetic wave propagation in photonic crystals
... as metal at visible light) naturally without introducing any additional computation; and meanwhile TMM can also deal with anisotropic material and magnetic material (such as perfectly matched layer) naturally from its algorithms. (5) Extension of TMM to deal with ...
... as metal at visible light) naturally without introducing any additional computation; and meanwhile TMM can also deal with anisotropic material and magnetic material (such as perfectly matched layer) naturally from its algorithms. (5) Extension of TMM to deal with ...
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... few years. Their efforts formed key elements in all the work presented in this thesis. Zoran Hadzibabic has been much more than a colleague and a friend to me over the last two-three years. Zoran and I were on the same time track at MIT and defended our PhDs within a day of each other. Zoran’s infect ...
... few years. Their efforts formed key elements in all the work presented in this thesis. Zoran Hadzibabic has been much more than a colleague and a friend to me over the last two-three years. Zoran and I were on the same time track at MIT and defended our PhDs within a day of each other. Zoran’s infect ...
Density Matrix Equations in Astrophysics and Cosmology
... The Boltzmann equation is a convenient tool to describe transport of particles and energy, but it is not without limitations. It cannot be applied directly if particles mix, i.e., if particles with different quantum numbers like flavor or spin develop correlations. To capture this effect explicitly, ...
... The Boltzmann equation is a convenient tool to describe transport of particles and energy, but it is not without limitations. It cannot be applied directly if particles mix, i.e., if particles with different quantum numbers like flavor or spin develop correlations. To capture this effect explicitly, ...
Multi-Spectral Raman Gain in Dual
... medium. Most interestingly, in dual-isotope rubidium vapor, a single pump laser excites as many as eight spectral lines; these lines are explored through numerical simulation and found to correspond to Stokes and anti-Stokes fields from each rubidium isotope, as well as shifted variants of these lin ...
... medium. Most interestingly, in dual-isotope rubidium vapor, a single pump laser excites as many as eight spectral lines; these lines are explored through numerical simulation and found to correspond to Stokes and anti-Stokes fields from each rubidium isotope, as well as shifted variants of these lin ...