Lecture 04 10 Sep 13 - MSU Engineering
... Correct for e-’s with Drain = + Note: current I is IDS ...
... Correct for e-’s with Drain = + Note: current I is IDS ...
theories of intramolecular vibrational energy transfer
... reacting species. The kinetic and spectroscopic evidence for intramolecular relaxation processes in polyatomic molecules has been discussed critically by Quack [1983],who concluded that, on the basis of their 0.1—10 ps timescale, such processes are slow compared with vibrational periods but fast com ...
... reacting species. The kinetic and spectroscopic evidence for intramolecular relaxation processes in polyatomic molecules has been discussed critically by Quack [1983],who concluded that, on the basis of their 0.1—10 ps timescale, such processes are slow compared with vibrational periods but fast com ...
Hyperfine Structure of Cs2 Molecules in Electronically Excited States
... Spectroscopy of rovibrational levels of heavy polar molecules should be many orders of magnitude more sensitive to the electron dipole moment than atomic spectroscopy. Further applications for ultracold molecules originate from the prospect of quantumcontrolled chemistry [7, 13]. With almost perfect ...
... Spectroscopy of rovibrational levels of heavy polar molecules should be many orders of magnitude more sensitive to the electron dipole moment than atomic spectroscopy. Further applications for ultracold molecules originate from the prospect of quantumcontrolled chemistry [7, 13]. With almost perfect ...
Physics College System will fulfill the
... Physics Education Track This program prepares students interested in physics and science for teaching at the secondary level. Students are encouraged to participate in on-campus teaching experiences that parallel their coursework, available for freshman and sophomores. Interested students are encour ...
... Physics Education Track This program prepares students interested in physics and science for teaching at the secondary level. Students are encouraged to participate in on-campus teaching experiences that parallel their coursework, available for freshman and sophomores. Interested students are encour ...
Nanocrystalline Fe-Pt alloys: phase transformations
... This work has been devoted to the study of phase transformations involving chemical ordering and magnetic properties evolution in bulk Fe-Pt alloys composed of nanometersized grains. Nanocrystalline Fe100-xPtx (x = 40-60) alloys have been prepared by mechanical ball milling of elemental Fe and Pt po ...
... This work has been devoted to the study of phase transformations involving chemical ordering and magnetic properties evolution in bulk Fe-Pt alloys composed of nanometersized grains. Nanocrystalline Fe100-xPtx (x = 40-60) alloys have been prepared by mechanical ball milling of elemental Fe and Pt po ...
Optical control of single neutral atoms
... Since our traps operate only with relatively small numbers of atoms, the standard methods for the measurement of the temperature of trapped atomic ensembles, such as time-of-flight, cannot be used. I have therefore developed suitable methods to measure the temperature of single trapped atoms, descri ...
... Since our traps operate only with relatively small numbers of atoms, the standard methods for the measurement of the temperature of trapped atomic ensembles, such as time-of-flight, cannot be used. I have therefore developed suitable methods to measure the temperature of single trapped atoms, descri ...
Operation of a Two- Dimensional Ion Trap Array for Scalable
... Trapped ion systems are promising candidates for scalable quantum computation [1],[2],[3]. Many scalable quantum computing architectures have been proposed, but the one presented here involves using two-dimensional ion trap arrays. This thesis is concerned with the design, simulation, construction, ...
... Trapped ion systems are promising candidates for scalable quantum computation [1],[2],[3]. Many scalable quantum computing architectures have been proposed, but the one presented here involves using two-dimensional ion trap arrays. This thesis is concerned with the design, simulation, construction, ...
Creating Strontium Rydberg Atoms
... permanent electric dipole moments! In a classical picture, high lm states have near circular orbits, and a near zero net dipole moment. For low l states, the highly elliptical orbits will precess around the nucleus due to core scattering resulting again a vanishing net permanent dipole moment. Howev ...
... permanent electric dipole moments! In a classical picture, high lm states have near circular orbits, and a near zero net dipole moment. For low l states, the highly elliptical orbits will precess around the nucleus due to core scattering resulting again a vanishing net permanent dipole moment. Howev ...
8 linear momentum and collisions
... negligible, and that the ball remained in contact with the racquet for 5.0 ms (milliseconds)? ...
... negligible, and that the ball remained in contact with the racquet for 5.0 ms (milliseconds)? ...
Characterization of Collective Spin States in Atomic
... As is often the case for a thesis, “Characterization of Collective Spin States in Atomic Ensembles Trapped Around Tapered Nanofibers” is an accurate, but equally generic title which does not reveal much about the content. Before we jump in and for the next 150-or-so pages cover many experimental det ...
... As is often the case for a thesis, “Characterization of Collective Spin States in Atomic Ensembles Trapped Around Tapered Nanofibers” is an accurate, but equally generic title which does not reveal much about the content. Before we jump in and for the next 150-or-so pages cover many experimental det ...
Galileo, Descartes, and Newton – Founders of the Language of
... forms and numerical ratios), ideal objects of an entirely new kind—dynamic systems—were created. Therefore Koyré’s analysis, however interesting and stimulating, describes only a marginal aspect of the rise of modern science. At the heart of this process was not geometrization, but ‘dynamization’. ...
... forms and numerical ratios), ideal objects of an entirely new kind—dynamic systems—were created. Therefore Koyré’s analysis, however interesting and stimulating, describes only a marginal aspect of the rise of modern science. At the heart of this process was not geometrization, but ‘dynamization’. ...
