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Atomic Physics:     more books (100)

Relativistic Quantum Theory of Atoms and Molecules (Springer Series on Atomic, Optical, and Plasma Physics) by I.P. Grant, 2006-11-28 The Theory of Atomic Structure and Spectra (Los Alamos Series in Basic and Applied Sciences, 3) by Robert D. Cowan, 1981-09-25 Atomic Physics And Human Knowledge by Niels Bohr, 2007-09-12 Problems of Atomic Dynamics (Dover Books on Physics) by Max Born, 2004-11-30 Radiation Oncology Physics: A Handbook for Teachers And Students by E. B. Podgorsak, 2005-09 Modern Atomic and Nuclear Physics by Fu-Chia Yang, Joseph H. Hamilton, et all 1996-03-01 Atomic Physics Today by Otto R. Frisch, 1961 Atomic Physics Today by FrischOttoR, 1961 Elementary Atomic Structure by G. K. Woodgate, 1983-10-06 Structure and Dynamics: An Atomic View of Materials (Condensed Matter Physics) by Martin T. Dove, 2003-05-15 Plasma Physics and Controlled Nuclear Fusion (Springer Series on Atomic, Optical, and Plasma Physics) by Kenro Miyamoto, 2005-07-21 Atomic Physics (The Manchester Physics Series) by J.C. Willmott, 1975-01-01 Atomic And Nuclear Physics - An Introduction by T.A. Littlefield, 2007-03-15 Physics for Computer Science Students: With Emphasis on Atomic and Semiconductor Physics (Undergraduate Texts in Contemporary Physics) by Narciso Garcia, Arthur Damask, et all 1998-01-01

lists with details

21. Atomic Data For Astrophysics
    Fortran subroutines Databases for Atomic and Plasma Physics. Cloudy's homepage Dima Verner's homepage. Please mail comments and suggestions to  
    http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126

22. NIST: Atomic Physics Division - Division 842
    The atomic physics Division is divided into four technical groups. , Atomic Spectroscopy Group carries out experimental and theoretical research on  
    http://physics.nist.gov/Divisions/Div842/div842.html
    
    Extractions: The Atomic Physics Division is divided into four technical groups: Atomic Spectroscopy Group: carries out experimental and theoretical research on atomic spectra, and evaluates, compiles and disseminates spectral databases on the World Wide Web and printed publications. Quantum Processes and Metrology Group develops realistic theoretical models for cold atom interactions, matter waves, nanoscale devices and metrology, nanooptics, and quantum information. Plasma Radiation Group measures the electromagnetic emissions of ions and atoms, and applies the associated experimental diagnostic techniques to advance fundamental science and future technologies. Laser Cooling and Trapping Group studies the radiative manipulation of neutral atoms and dielectric particles to develop new measurements and processes with applications to high resolution spectroscopy, atomic clocks, atomic collisions, atom optics, biomolecular interactions, nanoscale fabrication, and quantum information.

23. Discussions With Einstein On Epistemological Problems In Atomic Physics
    Report by Niels Bohr of his discussions with Albert Einstein over many years on the epistemological implications of quantum theory.  
    http://www.marxists.org/reference/subject/philosophy/works/dk/bohr.htm
    
    Extractions: on Epistemological Problems in Atomic Physics Source : From Albert Einstein: Philosopher-Scientist (1949), publ. Cambridge University Press, 1949. Neils Bohr's report of conversations with Einstein and Einstein's reply. WHEN invited by the Editor of the series, Living Philosophers With unfailing intuition Einstein thus was led step by step to the conclusion that any radiation process involves the emission or absorption of individual light quanta or "photons" with energy and momentum E hf and P hs respectively, where h is Planck's constant, while f and s are the number of vibrations per unit time and the number of waves per unit length, respectively. Notwithstanding its fertility, the idea of the photon implied a quite unforeseen dilemma, since any simple corpuscular picture of radiation would obviously be irreconcilable with interference effects, which present so essential an aspect of radiative phenomena, and which can be described only in terms of a wave picture. The acuteness of the dilemma is stressed by the fact that the interference effects offer our only means of defining the concepts of frequency and wavelength entering into the very expressions for the energy and momentum of the photon. In this situation, there could be no question of attempting a causal analysis of radiative phenomena, but only, by a combined use of the contrasting pictures, to estimate probabilities for the occurrence of the individual radiation processes. However, it is most important to realize that the recourse to probability laws under such circumstances is essentially different in aim from the familiar application of statistical considerations as practical means of accounting for the properties of mechanical systems of great structural complexity. In fact, in quantum physics we are presented not with intricacies of this kind, but with the inability of the classical frame of concepts to comprise the peculiar feature of indivisibility, or "individuality," characterising the elementary processes.

24. Physics And Astronomy - PhysLink.com
    Links to physics departments, physical societies, journals, job information, and other physics related information.  
    http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126

25. Atomic Physics - Electrons, Atoms, Nucleus, Lasers
    atomic physics Despite being the fundamental blocks of chemistry, atoms possess an internal structure and many complicated and fascinating properties.  
    http://physics.about.com/od/atomicphysics/
    
    Extractions: zJs=10 zJs=11 zJs=12 zJs=13 zc(5,'jsc',zJs,9999999,'') About Homework Help Physics Other Fields of Physics Atomic Physics Homework Help Physics Essentials Worked Physics Problems ... Help zau(256,140,140,'el','http://z.about.com/0/ip/417/C.htm','');w(xb+xb+' ');zau(256,140,140,'von','http://z.about.com/0/ip/496/7.htm','');w(xb+xb); Sign Up Now for the Physics newsletter! See Online Courses Search Physics Despite being the fundamental blocks of chemistry, atoms possess an internal structure and many complicated and fascinating properties. Atomic physics encompasses many fields, from detailed study of the atom's interior to experients that trap and manipulate single atoms, to "atom lasers" - beams of atoms that have the same properties as laser light and the Global Positioning System (GPS). Alphabetical Recent Watching Melting at the Atomic Scale At last month's CLEO/QELS optics meeting in Baltimore, Dwayne Miller of the University of Toronto described how he and his colleagues are capturing the first atomic-level view of the melting process, one of the simplest transformations of matter, on the timescale of femtoseconds, or quadrillionths of a second. Femtosecond Laser Pulses and Attosecond physics Femtosecond laser pulses illuminate the attosecond world of molecular dynamics.

26. Atom Physics
    atomic physics. ( at the Section for Theoretical and Computational Physics ). Research Staff in the atomic physics Projects. Jan Petter Hansen, professor  
    http://www.fi.uib.no/Fysisk/Teori/atomPhysics.html

27. WMU Atomic Physics
    Research in atomic physics at Western. atomic physics. Dr. Nora Berrah, Associate Professor, Experiment; Dr. Thomas Gorczyca, Assistant Professor, Theory  
    http://www.wmich.edu/physics/atomic/

28. Atomic/Radiative Physics
    Explore theoretical and experimental atomic physics using the latest computational and experimental tools.  
    http://www.physics.auburn.edu/research/atomic.htm
    
    Extractions: Atomic/Radiative Physics It was the study of atoms that led to the development of quantum mechanics and the birth of modern physics in the first half of this century and atomic physics continues to be a fertile field for unrevealing the elementary laws of nature. Current investigations of phenomena on the atomic scale provide information on the limits of electrodynamics, the interpretation of quantum mechanics, and electron-quark weak interactions. Key questions regarding atomic structure also remain unanswered: the nature of Rydberg states, relativistic and correlation effects in heavy atoms, and atoms in strong external electric and magnetic fields. Collisional processes in atoms photoionization, electron-ion scattering, and ion-atom interactions not only address issues of fundamental physics but also have applications in many other fields of physics such as space physics, condensed matter physics, and plasma physics. Theoretical Atomic Physics Experimental Plasma Spectroscopy Faculty Clothiaux Landers Oks Pindzola ... Robicheaux

29. LSU Atomic Physics
    The atomic, molecular, and optical physics programs at LSU bring together In addition, there are ties to the experimental work in atomic physics in the  
    http://www.phys.lsu.edu/research/condensed/atomic.html
    
    Extractions: Research in Atomic and Molecular Physics The atomic, molecular, and optical physics programs at LSU bring together the theoretical work of Drs. Rau and Schafer , and Boyd Professor O'Connell (also see condensed matter/solid state physics). Topics under investigation in atomic theory by this group include scattering, excitation, and ionization in electron-atom and electron-ion collisions, atoms in strong fields, and photo absorption. The roles of correlation, resonance, and relativistic effects are studied. In quantum optics, Dr. O'Connell studies energy shifts in radiation, as well as non-Markovian effects in quantum optics. Dr. Schafer works on intense laser effects on atoms, including multi-photon absorption and ionization and the production of high harmonics. Working with faculty members in this group are postdoctoral associates and a number of graduate students. In addition, there are ties to the experimental work in atomic physics in the Department of Chemistry, particularly in the laboratories of Drs. Hopkins and Poliakoff , and Boyd Professor McGlynn . Students from the department in Dr. Poliakoff's group study vibrationally resolved excitation of small molecules with photons of energy 10-200 eV at the CAMD Synchrotron facility. (see page 4).

30. Atomic Physics - Wikipedia, The Free Encyclopedia
    atomic physics (or atom physics) is physics of the electron hull of atoms. Lay people often associate the term atomic physics with nuclear power and nuclear  
    http://en.wikipedia.org/wiki/Atomic_physics

31. Atomic, Molecular, And Optical Physics - Wikipedia, The Free Encyclopedia
    atomic physics is not concerned with the nuclear processes studied in nuclear physics, although properties of the nucleus can be important in atomic physics  
    http://en.wikipedia.org/wiki/Atomic,_Molecular,_and_Optical_physics
    
    Extractions: (Redirected from Atomic, Molecular, and Optical physics Atomic molecular , and optical physics is the study of matter -matter and light -matter interactions on the scale of single atoms or structures containing a few atoms. The three areas are grouped together because of their interrelationships, the similarity of methods used, and the commonality of the energy scales that are relevant. Physicists sometimes abbreviate the field as AMO physics Atomic physics is distinct from nuclear physics , despite their association in the public consciousness. Atomic physics is not concerned with the intra-nuclear processes studied in nuclear physics, although properties of the nucleus can be important in atomic physics (e.g., hyperfine structure Molecular physics focuses on multi-atomic structures and their internal and external interactions with matter and light. Optical physics is distinct from optics in that it tends to focus not on the control of classical light fields by macroscopic objects, but on the fundamental properties of optical fields and their interactions with matter in the microscopic realm. All three areas include both classical and quantum treatments.

32. Atomic Physics Homepage
    Homepage of the 14th conference on Inelastic IonSurface collisions held in September 2002 on Ameland/Netherlands (IISC14)  
    http://www.kvi.nl/~atf/

33. KVI Atomic Physics: Articles
    http://www.kvi.nl/~atf/articles.html

34. Atomic Physics
    atomic physics. 28.1 Early Models of the Atom The Atomic Number which defines the element, is the number of protons in the nucleus. For a neutral atom,  
    http://www.physics.uc.edu/~sitko/CollegePhysicsIII/28-AtomicPhysics/AtomicPhysic
    
    Extractions: MPBodyInit('AtomicPhysics_files') Atomic Physics 28.1 Early Models of the Atom The theory: Thomson “jellybean” model of the atom: The positive charge occupies most of the volume of the atom Charged particles shot at this atom should be deflected slightly as they pass through. The experiment (Rutherford): Most of the atom is empty space! All of the positive charge is concentrated in a very small space! The modern model of the atom is born. But: 1. Does not explain why there are spectral lines. 2. Classical electrodynamics rears its ugly head: orbiting electrons should continuously radiate light, lose energy, and fall into the nucleus. They don’t. 28.2 Atomic Spectra Each element has its own characteristic “fingerprint”. A heated gas emits emission lines. The same gas, when placed between a bright continuous background source and the observer produces absorption lines at those same wavelengths. MPSetEqnAttrs('eq0000','',3,[[224,56,22,0,0],[298,75,31,0,0],[373,94,37,0,0],[335,83,34,0,0],[449,111,45,0,0],[561,140,57,0,0],[932,234,95,0,0]]) MPSetEqnAttrs('eq0000','',3,[[224,56,22,0,0],[298,75,31,0,0],[373,94,37,0,0],[335,83,34,0,0],[449,111,45,0,0],[561,140,57,0,0],[932,234,95,0,0]]);

35. Dario Mitnik
    Research fellow Rollins College. Contains research on atomic physics, electron impact ionization, excitation and recombination, parallelization of the Rmatrix codes, distorted waves method, and time dependent method.  
    http://www.df.uba.ar/users/dmitnik/

36. Section Of Atomic Physics
    http://www.atomki.hu/atomki/AtomPhys/

37. ORNL Physics Division
    Basic research in nuclear and atomic physics.  
    http://www.phy.ornl.gov/

38. Atomic Physics
    atomic physics is concerned with high precision measurements that test our very Apart from its fundamental interest, atomic physics has implications for  
    http://www.pa.uky.edu/brochure/node5.html
    
    Extractions: Next: Condensed Matter Physics Up: Research Areas Previous: Astronomy and Astrophysics Atomic physics is concerned with high precision measurements that test our very basic understanding of many-electron systems. Apart from its fundamental interest, atomic physics has implications for plasma physics, astrophysics, and chemistry. Atomic physics at the University of Kentucky is focussed on the structure and evolution in time of excited states of atoms, the interaction of excited atoms with strong external fields, and collisions between excited atoms. Professor Keith MacAdam Through the process of photoexcitation, the outermost electron of an atom can be raised into a highly excited orbital state; these atoms are called Rydberg atoms. They are characterized by extremely large diameters (frequently 1000 times their normal size), enhanced collision probabilities, and an extreme sensitivity to the effects of externally applied electromagnetic fields. A sufficiently strong static electric field can actually tear away the highly excited electron, a process called field ionization. Rydberg atoms may be studied in great detail both experimentally and theoretically. Among the features amenable to these comparisons are energy level shifts, positions, and widths; the appearance of continua; autoionization rates; and the transfer of population among states. The effects of time-varying electric fields on atoms are significantly more complicated than the effects of static fields since population may be transferred among levels in a manner that depends on the rate at which the field changes. Strong oscillating fields-e.g., intense laser light or strong microwaves-may cause absorption and emission of several photons simultaneously in a single atom and give the participating atoms unusual absorption and ionization properties that have no counterpart in the classical theory of light.

39. 2005 GRC On Atomic Physics
    atomic physics. June 26 July 1, 2005 Tilton School Tilton, NH. Chair Eric Cornell 900 am - 1230 pm, ULTRAFAST AND HIGH-FIELD atomic physics  
    http://www.grc.uri.edu/programs/2005/atomic.htm
    
    Extractions: "COLTRIMS Studies of Strong Field Ionization of Atoms and Molecules" 12:30 pm Lunch 1:30 pm - 4:00 pm Free Time 4:00 pm - 6:00 pm Poster Session I 6:00 pm Dinner 7:30 pm - 9:30 pm CONDENSED MATTER SYSTEMS 7:30 pm - 7:50 pm Discussion Leader: Anders Sorensen (Neils Bohr Institute) 7:50 pm - 8:40 pm Leonid Butov (UC San Diego)

40. Discussion With Einstein On Epistemological Problems In Atomic Physics
    Article from Living Philosophers , by Niels Bohr.  
    http://listserv.cddc.vt.edu/marxists/www.marxists.org/reference/subject/philosop

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