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Topic: Molecular physics

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	Molecule - Wikipedia, the free encyclopedia (Site not responding. Last check: 2007-09-18)
		Molecular chemistry deals with the laws governing the interaction between molecules that results in the formation and breakage of chemical bonds, while molecular physics deals with the laws governing their structure and properties.
		Molecular spectroscopy is the study of the response (spectrum) of a molecule to a signal characterized by its tunable frequency (or, according to Planck formula, its energy).
		The molecular response can be the absorption of the signal (absorption spectroscopy), the emission of another signal (emission spectroscopy), its fragmentation or a change of its chemical nature.
	en.wikipedia.org /wiki/Molecule (877 words)

	Encyclopedia: Molecular physics
		Spectroscopy is the study of spectra, that is, the dependence of physical quantities on frequency.
		Atomic physics (or atom physics) is physics of the electron hull of atoms.
		Physical chemistry is the study of the physical basis of chemical systems and processes.
	www.nationmaster.com /encyclopedia/Molecular-physics (351 words)

	Molecular physics -- Facts, Info, and Encyclopedia article (Site not responding. Last check: 2007-09-18)
		Molecular physics is the study of the physical properties of molecules and of the (An electrical force linking atoms) chemical bonds between atoms that bind them into ((physics and chemistry) the simplest structural unit of an element or compound) molecules.
		The field is closely related to (The branch of physics that studies the internal structure of atomic nuclei) atomic physics and overlaps greatly with (Click link for more info and facts about theoretical chemistry) theoretical chemistry and (The branch of chemistry dealing with the physical properties of chemical substances) physical chemistry.
		Additionally to the electronic excitation states which are known from atoms, molecules are able to rotate and to vibrate.
	www.absoluteastronomy.com /encyclopedia/m/mo/molecular_physics.htm (251 words)

	UGA Physics and Astronomy \| Research Groups and Centers \| Atomic, Molecular, Optical, and Chemical Physics
		Molecular radicals and clusters relevant to combustion and atmospheric chemistry are studied applying different types of high resolution multiphoton spectroscopy and infrared-ultraviolet double resonance experiments.
		Molecular collision processes (inelastic or reactive) are studied at the quantum state resolved level in a counterpropagating molecular beam scattering experiment.
		Molecular line and continuum opacities relevant to cool stars and extrasolar planets are also being computed for the UGA Molecular Opacity Project.
	www.physast.uga.edu /research/amc/researchamc.html (778 words)

	Physics
		The primary areas of experimental and theoretical research in the Department of Physics are experimental biophysics, physical biology, high-energy particle physics, atomic and molecular physics, the physics of solids and fluids, astrophysics, computational physics, aspects of nuclear physics, statistical mechanics, quantum optics, mathematical physics, quantum field theory, string theory, and relativity.
		Physics is committed to fostering an inclusive environment and attracting the widest possible range of talents.
		The physics department and its collaborators are leaders in a broad spectrum of physics research, utilizing facilities and technologies that are continually being modified and improved with changing research interests and techniques.
	www.gsas.harvard.edu /programs/degree/physics.html (7469 words)

	Physics Degree Program at UTSI (Site not responding. Last check: 2007-09-18)
		Physics 311-12, 321, 361, 431-32, 421, 461, and 411-12 constitute the minimum courses prerequisite to graduate study.
		Program requirements are: 12 hours from Physics 513-514, 531-32, 541-42, 571-72; a minimum of 12 additional hours in geology, geophysics, and/or physics, as approved by the student's committee; and the presentation of an acceptable thesis, 6 hours of Physics 500, and the passing of an oral examination on course material and thesis.
		Physics 601-02 are normally required of students specializing in atomic physics; Physics 621-22 of students in nuclear physics; Physics 626-27 of students in elementary particle physics (and/or Physics 611-12 for students specializing in theoretical high-energy physics); and Physics 671-72 of students in condensed matter and surface physics.
	www.utsi.edu /academic/physics.html (1775 words)

	Atomic and Molecular Physics (Site not responding. Last check: 2007-09-18)
		Research in the field of molecular physics was initiated in the 1950s, and it was in this area that the first graduate degree program was offered by the Department of Physics in 1960.
		The development of the Atomic and Molecular Physics Group in the intervening years has been characterized by many significant contributions in the field and has resulted in its recognition nationally and internationally as a competitive and highly productive research unit.
		Emphasis is placed on investigations of electron, positron, proton collisions with atoms, ions and molecules (simple) on the ionization of atomic targets by eq and proton impacts, on the theory of superelastic scattering of electrons on laser-excited atomic targets (electron-proton coincidence measurement).
	www.physics.mun.ca /MUNPhys/grad_brochure/atomic.html (309 words)

	Physics Guide to Research - Georgetown University Library
		Arrangement is in four parts: applications of technical physics, physical tables, systems of units and their relationship, and an index.
		The American Institute of Physics (AIP) is a not-for-profit membership corporation chartered in New York State in 1931 for the purpose of promoting the advancement and diffusion of the knowledge of physics and its application to human welfare.
		It is the mission of the Institute to serve the sciences of physics and astronomy by serving the Societies, by serving individual scientists, and by serving students and the general public.
	www.library.georgetown.edu /guides/physics (2079 words)

	Active Skim View of: 5 Molecular Physics
		MOLECULAR PHOTOIONIZATION AND ELECTRON-MOLECULE SCATTERING Understanding the joint motion of electrons and nuclei in molecular fields is the essence of molecular physics.
		The input to a MQDT calculation is a small set of physical parameters quantum defects and dipole amplitudes that characterize the short-range interactions between the excited electron and the core.
		Molecular Ions Molecular ions play key roles in the chemistry of solutions, in atmospheric chemistry, in the interstellar medium, in plasmas, and in flames.
	www.nap.edu /nap-cgi/skimit.cgi?isbn=0309035759&chap=88-109 (1054 words)

	Amazon.ca: Books: Molecular Physics and Elements of Quantum Chemistry, 2e: Introduction to Experiments and Theory (Site not responding. Last check: 2007-09-18)
		This textbook introduces the molecular physics and quantum chemistry needed to understand the physical properties of molecules and their chemical bonds.
		It follows the authors' earlier textbook "The Physics of Atoms and Quanta" and presents both experimental and theoretical fundamentals for students in physics and physical and theoretical chemistry.
		Jointly introduces the molecular physics and quantum chemistry needed to understand the basic physical properties of molecules and their chemical bonds.
	www.amazon.ca /exec/obidos/ASIN/3540407928 (300 words)

	Tantalizing evidence for molecular condensation (May 2002) - News - PhysicsWeb
		To establish that the condensate was indeed in a superposition, the researchers applied a second magnetic pulse to break the superposition and then immediately measured the number of atoms in the condensate.
		They discovered that this number – a measure of the relative phase between the atomic and molecular states – varied sinusoidally as the time between the pulses was increased.
		Carl Wieman, one of the JILA researchers and a recipient of the 2001 physics Nobel prize for his creation of atomic Bose-Einstein condensation, believes that further proof is not really necessary.
	physicsweb.org /article/news/6/5/21 (493 words)

	Nat' Academies Press, Atomic, Molecular, and Optical Physics (1986)
		In molecular physics the advances include the develop- ment of general techniques for studying molecular ions, the creation of clusters (small groups of isolated molecules), surface scattering with supersonic molecular beams, and the discovery of energy localization in polyatomic molecules.
		RESEARCH OPPORTUNITIES The field of AMO physics is moving forward rapidly in wide areas of research on the structure and dynamics of atoms and molecules, the control and generation of light, and the fundamental laws of physics.
		In molecular physics the research is centered on understanding the motion of electrons and nuclei in molecular fields and the possibility of controlling the exchange of energy and particles during molecular collisions.
	www.nap.edu /books/0309035759/html/1.html (1993 words)

	Atomic, Molecular and Optical Physics
		The Physics Department houses one of the world's major centers for research in atomic, molecular, and optical (AMO) physics, and in the related field of laser physics, described in a later section.
		Collisions of atom and ion beams with atomic and molecular gas targets probe the fundamental interaction mechanisms between individual atoms and molecules.
		A current project is the study of the (highly efficient) formation of molecular ions by associative collisions of sodium atoms in two different laser-excited states.
	www.phys.uconn.edu /gradbrochure/brochure_01/node8.html (2200 words)

	MOLECULAR PHYSICS (Site not responding. Last check: 2007-09-18)
		Numerous illustrations accompany the material and more than 60 problems in molecular physics are worked out.
		Tedious mathematics that obscures the essence of physics is avoided.
		The main features covered include: Quantum-mechanical treatment of molecular physics; theoretical treatment of molecular spectra and experimental techniques in spectroscopy; interatomic interactions, potentials, molecular stability, energy levels, bonds, rotational and vibrational states, anharmonicity, polarization; theoretical consideration of real molecules.
	www.worldscibooks.com /physics/1539.htm (157 words)

	Atomic Physics on the Internet
		Atomic and Molecular Physics at the University of Oslo
		Atomic and Molecular Physics at the University of Manchester
		Atomic and Molecular Optics at the University of Wyoming
	plasma-gate.weizmann.ac.il /API.html (1405 words)

	UVa Physics - Atomic, Molecular, and Optical Physics
		The fundamental goal of essentially all atomic and molecular physics is a complete understanding of the interactions of atoms and molecules with electromagnetic fields.
		The experimental Atomic and Molecular groups in the Department of Physics use a wide variety of laser, electro-optical, and microwave equipment to study and manipulate the properties of atoms, molecules, and clusters.
		Optical physics is the study of the generation of optical radiation, the properties of that radiation, and the manipulation and control of radiation by matter.
	www.phys.virginia.edu /Research/researchers-by-area.asp?aID=atomic (509 words)

	USC Atomic and Molecular Physics (Site not responding. Last check: 2007-09-18)
		The research efforts of the Atomic and Molecular Physics group are concerned primarily with various aspects of the interaction of electromagnetic radiation with matter, as well as atomic and molecular collisions.
		Aside from his continuous efforts on mathematical developments related to general atomic structure theory, the main objectives of his work are to develop, as appropriate, new theoretical approaches and to extend the available many-body theoretical methods with emphasis on the physical interpretation of various many-body effects in atomic and molecular processes.
		On the application side, many static and dynamic properties of atomic and molecular systems, in particular those related to astrophysical interests, energy development related processes and laser development, are being studied.
	www.usc.edu /dept/physics/Brochure/AtomicPhysics.html (321 words)

	Welcome to the TCU Molecular Physics Laboratory (Site not responding. Last check: 2007-09-18)
		Students and faculty in The TCU Molecular Physics Lab are involved in solving basic and applied problems in molecular physics.
		The objective of their research is to discover and optically characterize novel molecular species, important to a variety of physical, chemical, and astrophysical problems:
		The synergistic relationship between experiment and theory is an important characteristic of research in the Molecular Physics Lab.
	molecular.phys.tcu.edu (193 words)

	PSIgate - Physical Sciences Information Gateway: Search/Browse Results (Site not responding. Last check: 2007-09-18)
		The Institute for Atomic and Molecular Physics (AMOLF) is one of the five Netherlands national research institutes of the Foundation for Fundamental Research on Matter (FOM).
		Topics covered in atomic physics include: the ingredients of an atom; the hydrogen atom; radiative transitions; the shell model and alkali spectra; fine structure; the Zeeman effect; helium and the exchange force; and in laser physics include: stimulated emission, population inversion and gain; laser cavities and modes; gas lasers; and solid state lasers.
		The 'Journal of Physics B' is published by IOP Publishing Ltd. It covers the study of atoms, ions, molecules or clusters, their structure and interactions with particles, photons or fields.
	www.psigate.ac.uk /roads/cgi-bin/psibrowse.pl?toplevel=physics&limit=0&subject=539.6 (1806 words)

	Atomic, Molecular & Optical Physics
		The AMO group will explore some of the most exciting and hottest areas of physics.
		Among these are: laser cooling and trapping; quantum optics; atom optics; ultracold collisions; ultra-cold plasmas; quantum information; quantum-degenerate gases and Bose-Einstein condensation.
		Recent advances in these areas have opened so many new avenues of research in AMO that this field is one of the most rapidly expanding in all of physics.
	www.physics.umd.edu /rgroups/amo.html (100 words)

	hp labs technical paper: nanoscale molecular-switch devices fabricated by imprint lithography
		Molecular electronics offers the tantalizing prospect of eventually building circuits with critical dimensions of a few nanometers.
		Duncan Stewart is a researcher at Hewlett-Packard Laboratories, investigating the physics of molecular electronic transport and devices.
		His research interests are in the areas of solid-state chemistry and physics and their application to technology.
	www.hpl.hp.com /research/papers/2003/molecular_switch.html (572 words)

	Physics Today September 2000
		One realizes quite soon that the ponderous title hides, in fact, an incredibly detailed introduction to the physics of lipid membranes, which are probably one of the better-known examples of the lyotropic state of matter.
		How the mesoscopic ordering of amphiphiles relates to their microscopic molecular properties is, however, still a more or less open question.
		If we are, on the other hand, dealing with a membrane physics in disguise, then the title of the book is most inappropriate and misleading.
	www.aip.org /pt/vol-53/iss-9/p67.html (836 words)

	The Center for Theoretical Biological Physics
		The lectures will cover six main areas: the nature of biological structures; development and use of molecular force fields; simulation methods; statistical thermodynamics; electrostatics; and energy landscapes in protein folding and structure prediction.
		Computational experiments will be drawn from a variety of application areas (including protein folding, electron transfer events, ligand docking, enzymatic reaction mechanisms, structure refinement, multi-scale modeling, and biomolecular visualization), and participants are encouraged to bring their own ideas for projects.
		The workshop is designed primarily for people with undergraduate or higher degrees in the physical sciences (physics, chemistry, and engineering) with an interest into moving into areas of biological physics.
	ctbp.ucsd.edu /workshopinfo_2004.html (435 words)

	Graduate Research in Atomic & Molecular Physics - Department of Physics and Astronomy - The University of Iowa
		Atomic and Molecular Physics is a field where the most exciting problems are often interdisciplinary with chemistry and atmospheric science.
		Our physics faculty are known for their development of novel laser-based spectroscopic methods.
		The Department of Physics and Astronomy is a part of the College of Liberal Arts and Sciences.
	www.physics.uiowa.edu /graduate/atomic.html (690 words)

	UCL Theoretical Atomic and Molecular Physics for Astrophysics
		UCL Theoretical Atomic and Molecular Physics for Astrophysics
		The TAMPA Group is a group of atomic physicists, chemists and astronomers based at the Department of Physics and Astronomy of University College London.
		The Quantum Chaos Group and the Molecular Physics and Astrophysics Group are also part of the Atomic, Molecular, Optical and Positron Physics Group at UCL.
	www.tampa.phys.ucl.ac.uk (72 words)

	The Molecular Physics Group (Site not responding. Last check: 2007-09-18)
		Molecular Physics in storage ring: Dissociative recombination of cold HD Nuclear Instrum.
		Measurement of vibrational population of molecular ions and its application to dissociative recombination in storage rings.
		Cross section and branching ratios measurement for dissociative recombination of cold molecular ions: Application to CH Proceedings of Denton 1997, pp.
	www.weizmann.ac.il /physics/molecule/publication.html (2368 words)

	Article Not Found - Open Encyclopedia (Site not responding. Last check: 2007-09-18)
		Article Not Found: Timeline of quantum mechanics, molecular physic...
		Please accept our apologies, open encyclopedia cannot currently retrieve the article for the term or phrase 'Timeline of quantum mechanics, molecular physic...'.
		You may wish to try our search function (using the available form present at the top of this Web page) to locate similar words or phrases to 'Timeline of quantum mechanics, molecular physic...'.
	open-encyclopedia.com /Timeline_of_quantum_mechanics,_molecular_physic... (85 words)

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