61. LLNL Year Of Physics 2005: Laser Physics The Public Affairs Office at Lawrence Livermore National Laboratory is the primarypoint of contact between the Laboratory and the news media, http://www.llnl.gov/pao/WYOP/Laser_Physics.html

LLNL Home About LLNL Public Affairs Visiting ... Fun With Physics More Information National Ignition Facility Programs , September 2002 Welcome The Science :: Laser Physics Building increasingly powerful lasers And for much of that time, LLNL has been home to the largest lasers in the world. And now, the National Ignition Facility continues that tradition. When the last of its 192 beams is installed in 2008, NIF will offer unique capabilities, including the most energy of any laser facility in the world. With its ability to provide a variety of laser pulse shapes and lengths, including the proposed ultrashort, petawatt pulses, NIF also will offer more power than any other laser facility. When Nova operated with ultraviolet light, it produced 30 kilojoules of energy and 25 terawatts of power. In contrast, the 192-beam NIF will generate 1.8 megajoules and 500 terawatts. LLNL technology has supplied the seed for other large glass laser efforts in the United States, including the Omega laser at the University of Rochester in New York and the Beamlet laser now at Sandia National Laboratory in Albuquerque, NM. Lasers in Japan, France, the United Kingdom, Germany and other countries around the world also use LLNL technology. July 11, 2005

62. LU Laser Physics Laboratory applications of lasers to physics, chemistry, and the life sciences.laser physics, a seniorlevel physics course (with prerequisites in electricity and http://www.lawrence.edu/dept/physics/other/laserlab.html

Lawrence University Department of Physics The Lawrence Laser Laboratory Light! More Light! (Goethe's exclamation and the Lawrence watchword), a low-level course (no prerequisites other than ``scientific curiosity'') for non-majors that examines our current understanding of light, wave-particle duality, the classical and quantum descriptions of light, the interaction of light with matter, and the basic properties of lasers and laser radiation. Lasers in the Natural Sciences , an intermediate-level course for non-majors that requires only modest prior exposure to science and emphasizes applications of lasers to physics, chemistry, and the life sciences. Laser Physics , a senior-level physics course (with prerequisites in electricity and magnetism, optics, and quantum mechanics) that addresses the fundamental mechanisms of lasers at an advanced level. Experiments Available Following is a list of the specific experiments currently available in the Lawrence laser facility: Laser Assembly and Cavity Stability Polarization of Laser Beams Use of a Spectrum Analyzer Transverse Character of Laser Beams Interference of Light Tunable Diode Laser System and Optovoltaic Spectroscopy Saturated Absorption Laser Spectroscopy Quantum Beats and Time-Resolved Laser Spectroscopy Second Harmonic Generation Optogalvanic Laser Spectroscopies Faraday Rotation Holography Polarization Spectroscopy Optical Zeeman Effect Laser Heterodyning Raman Spectroscopy Populational Dynamics in a HeNe Discharge Hardware Assembled

63. Applied And Engineering Physics In Prague The laser physics course covers an introductory part of laser physics, whichcontains the optical amplification, interaction of the radiation with matter, http://aep.fjfi.cvut.cz/aep/opticlaser-physics.html

@import url('style.css'); Czech Technical University in Prague - Faculty of Nuclear Sciences and Physical Engineering Laser physics The laser physics course covers an introductory part of laser physics, which contains the optical amplification, interaction of the radiation with matter, absorption and optical gain, creation of a population inversion, and laser rate equation. Particular lasers (solid state, gas, dye, semiconductor, and plasma) are described and excitation mechanism is explained. In an independent part the optical resonators with the analysis of the transverse and longitudinal modes, resonator configurations, the criterion of resonator stability and resonator mode selection are presented. Safety precautions for the work with the lasers are included. Q-switched Nd3+:SrWO4 Raman laser output Laser Applications This course concentrates on lasers in technology (cutting, drilling, welding, hardening, annealing, etc), and medicine (ophthalmology, dermatology, surgery, dentistry, cardiology, etc), as well as in other branches (laser fusion, measurements of distances (laser radar) or pollution (lidar), communication, military, entertainment, holography, and restoration) are included. In the part of seminars the excursions to particular place (hospitals, companies) where lasers are in use are provided. Laser Technique Laboratory For obtaining the practical training some lessons are devoted for teaching of the laser adjustment and characterization of its parameters. The students are familiarized with the solid state Nd:YAG laser (oscillator and amplifier), Q-switching, diode pumped solid state laser, gas laser (CO2), etc.

64. Easy Explanation Of Laser Physics simple guide to understanding lasers. http://members.aol.com/jimb3d/lasers.html

65. Laser Physics UK (AILU Member) laser physics UK. 3, The Cross Malpas Cheshire SY14 8NU. Tel 01948 860897 Fax01948 860300. Web http//www.laserphysicsuk.com. CO2 laser marking, http://www.ailu.org.uk/directory/laserphysicsuk.htm

"Helping industry make the most of laser technology" Directory Applications Events News ... Join Us Laser Physics UK 3, The Cross Malpas Cheshire Tel: 01948 860897 Fax: 01948 860300 Web: http://www.laserphysicsuk.com CO laser marking, cutting, engraving system sal es and job shop facility. Supply of laser safety products including eyewear, window materials, safety software and laser power meters Contact: Generated on 6/9/2005 @ 11:40:35 Specialists in: Marking Equipment Rapid Prototyping Equipment Eyeware Other Safety Equipment CO CW Lasers <100W Average Power Diode Lasers Ion Lasers Nd:YAG CW Lasers <100W Average Power Solid State (excluding diode) Lasers Cutting and Drilling Services Engraving and Scribing Services Marking Services Safety Consultancy and Training ©1999 Association of Industrial Laser Users (AILU) Contact Us

66. Department Of Molecular And Laser Physics (www.onderzoekinformatie.nl) Department of Molecular and laser physics Secretariat FELICE a Free ElectronLaser for IntraCavity Experiments; Secretariat Determination of http://www.onderzoekinformatie.nl/en/oi/nod/organisatie/ORG1237038/toon

Login English KNAW Research Information NOD - Dutch Research Database ... Organisation entire www.onderzoekinformatie.nl site fuzzy match Department of Molecular and Laser Physics Print View Is part of Subfaculty of Physics Is part of Faculty of Natural Sciences, Mathematics and Computer Science Is part of Radboud University Nijmegen Address Toernooiveld 1, 6525 ED, Nijmegen Postal address Postbus 9010, 6500 GL, Nijmegen Telephone Fax Url http://www-mlf.sci.kun.nl/ Email magdas@science.ru.nl Persons Current projects Completed projects Other divisions of Radboud University Nijmegen may contain researchers / projects etc. as well. Persons Associate professor: Dr. F.J.M. Harren Associate professor: Dr. W.L. Meerts Extraordinary professor: Prof.dr. P. Ehrenfreund Extraordinary professor: Prof.dr.ir. M.J.J. Vrakking Professor: Prof.dr. G.J.M. Meijer Professor: Prof.dr. D.H. Parker Professor: Prof.dr. W.J. van der Zande from this organisation, from the METIS system from the RU from this organisation, from the METIS system from the RU from this organisation, from the METIS system from the RU

67. Section Atom- And Laser Physics (www.onderzoekinformatie.nl) Section Atom and laser physics. Show printer-friendly view Print View and molecular physics, laser cooling, nonlinear optics and solid-state laser http://www.onderzoekinformatie.nl/en/oi/nod/organisatie/ORG1235915/toon

Login English KNAW Research Information NOD - Dutch Research Database ... Organisation entire www.onderzoekinformatie.nl site fuzzy match Section Atom- and Laser Physics Print View Is part of Department of Physics and Astronomy Is part of Faculty of Sciences Is part of Vrije Universiteit Amsterdam Address De Boelelaan 1081, 1081 HV, Amsterdam Telephone Fax Url http://www.nat.vu.nl/atom/ Persons Current projects Completed projects ... Other divisions of Vrije Universiteit Amsterdam may contain researchers / projects etc. as well. Persons Assistant Professor: Dr. K.S.E. Eikema Assistant Professor: Dr. W. Vassen Extraordinary professor: Prof.dr. E.A.A. Aben Extraordinary professor: Prof.dr. K.A.H. van Leeuwen Professor: Prof.dr. W. Hogervorst Professor: Prof.dr. W.M.G. Ubachs Relation to current research projects (the most recent research is placed on top) Secretariat: Time-resolved X-ray studies Relation to completed research projects (the most recent research is placed on top) Secretariat: Macroscopic laser-enrichment of Hg-isotopes Secretariat: Planetary atmospheres Secretariat: Atomic and molecular physics, laser cooling, nonlinear optics and solid-state laser development

68. Atomic, Molecular And Laser Physics The University of Reading and departmental websites. http://www.rdg.ac.uk/Physics/research/amalp/amalp.htm

staff student search Department of Physics Research UG Programmes PG Programmes News and Events People Contacts Local UoR Home Physics Home Research Atomic, Molecular and Laser Physics Atomic, Molecular and Laser Physics Research on Atomic, Molecular and Laser Physics is broad ranging and centres on the following programmes Absorption Cross Sections of Atmospheric Pollutants The ULL - an Ultrafast Laser Laboratory for the University of Reading Attosecond Science Soft X-Ray Interactions with Molecules ... Nanoscience and Materials Atomic, Molecular and Laser Physics Facilities External Facilities Links Opportunities Page last updated August 15, 2005 Tel: Find Us Email: physics@reading.ac.uk Contact Us © The University of Reading

69. Condensed Matter Physics Condensed Matter/laser physics Faculty Heinz is currently Chair of the APSDivision of Laser Science and has served as Editor of the Journal of the http://columbia-physics.net/research/condensed_matter1.htm

Introduction T he Columbia Condensed Matter Physics group investigates the fundamental physics of matter in nanostructures, low dimensional semiconductors and novel materials, using a full range of experimental and theoretical techniques. Here are some brief summaries of our current research efforts. Facilities The condensed matter group uses a number of facilities on the Columbia campus and at national and industrial labs throughout North America. Low Dimensional Systems Prof. Tony Heinz, Asst. Prof. Philip Kim, Prof. Andrew Millis, Prof. Aron Pinczuk, Prof. Horst Stormer We concern ourselves with the electronic properties of lower-dimensional electron systems as they occur in semiconductors and also in extended molecules. Two-dimensional electron systems at the interface of ultra-pure semiconductors show fascinating properties such as the fractional quantum Hall effect and quantum phase transitions. We are getting increasingly involved in the mesoscopic electronic and thermal transport in various nanoscale systems including organic molecules, carbon nanotubes and other one-dimensional quantum wires using state-of-art modern nanofabrication processes. Optical Spectroscopy, Nonlinear optics, and Photon echoes

70. Untitled Document BSc and BScHons in laser physics BSc in laser physics* BSc in Radiation andTherapy Physics* BSc in Polymer Chemistry* BSc in Polymers and Textiles* http://academic.sun.ac.za/programmes/bsclaserfis_e.htm

Afrikaans General admission requirements Matriculation Exemption or Endorsement An aggregate of at least 50% See also the requirements for specific programmes For more information go to the web site of the Faculty of Science Enquiries to the Faculty Secretary: Ms Sanel Barnardo Tel: +27 21 808 4832 Fax: +27 21 808 3822 Send e-mail Postgraduate Prospectus BSc and BScHons in Laser Physics Admission requirements Mathematics HG: D and Physical Science HG: pass or SG: pass OR Mathematics SG: B and Physical Science HG: pass or SG: C See also the general admission requirements The purpose of this programme is to train students to become applied laser physicists who are ready for more intensive research in Spectro Physics or who will be able to work in laboratories where laser technology is applied. Such research and development laboratories are found in the fields of the analytical sciences, materials, ecology, pollution and medicine. During the first three years you follow a combination of prescribed modules in Physics, Mathematics, Chemistry and Computer Literacy, of which the Mathematics and Chemistry modules are taught only in the first two years. In addition you follow a number of selected modules in Computer Science and Applied Mathematics. For the third year this selection is extended with modules in Mathematics, Chemistry and Physics. For the fourth year there are only prescribed modules in Physics, Atomic Physics and the Philosophy of Science. This is a four-year programme which leads to a BScHons degree, but after three successful years you will have obtained a BSc degree which provides an exit qualification.

71. Laser Physics Zoe Penman is shown using a Spectra Physics argon ion laser to power a Titaniumsapphire laser that she and her coworkers have constructed to produce http://www.st-andrews.ac.uk/physics/pandaweb/newtour/resf/laser.htm

Back Quick Navigation Home Page Prospective UG Prospective PG Research Staff contact details Contact Page Colloquia University Pages WebCT Login IT Services Library Laser physics Commercial and home-built lasers are used and developed here. A wide range of associated diagnostic equipment is in use. Zoe Penman is shown using a Spectra Physics argon ion laser to power a Titanium sapphire laser that she and her co-workers have constructed to produce ultrashort pulses of laser radiation. The infra-red viewer that she is using allows her to see the infra red light that is produced. As well as the laser-related research, the School has set up a Photonics Innovation Centre (PIC), which aims to strengthen the links between the School's work and end-users. Members of the PIC team are pictured outside the main entrance of this recently developed facility. Return to previous page 26 July 2002 University Links Academic Schools Course Catalogue Careers IT Services Library Session Dates Student Services University Services

72. RFNC-VNIIEF - Science - Laser Physics VNIIEF Logo, laser physics. laser physics Basic research into laser physics,design of specific laser technologies, experimental and numerical studies http://www.vniief.ru/science/laserphysics_e.html

LASER PHYSICS Basic research into laser physics, design of specific laser technologies, experimental and numerical studies on the response of different substances to laser exposure, are what the Institute has been involved with for more than 25 years. The Institute has developed and built test facilities, experimental laser designs and also created numerical models that allow success in designing: optically pumped photodissociation lasers; pulsed and pulse frequency HF chemical lasers; CW gasdynamic CO2 lasers; CW iodine-oxygen chemical lasers; directly nuclear-pumped lasers. Emphasis is laid on researching: methods to improve laser beam divergence; nonlinear optics and physics of different laser systems; substance behaviors at high temperatures and pressures; nonlinear processes involved in laser-matter interaction; towards higher specific and total energy performance of lasers; response of items to laser exposure; laser beam behavior in atmosphere; high-power lasers of megajoules' energy. The Institute has developed: iodine photodissociation laser, homogeneous type, pumped by shock-wave light, with gaseous CF3J and C3F7J used as active medium;

73. Melvin Lax Receives Laser Physics Medal Melvin Lax receives laser physics medal. FOR RELEASE THURSDAY JANUARY 21, 1999.MURRAY HILL, NJ Physicist Melvin Lax has been awarded the Willis E. Lamb http://www.lucent.com/press/0199/990121.bla.html

Press Releases - Press Archive Features Events/Speakers ... Corrections and Clarifications Select Month September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January Search press releases Melvin Lax receives laser physics medal FOR RELEASE THURSDAY JANUARY 21, 1999 MURRAY HILL, N.J. - Physicist Melvin Lax has been awarded the Willis E. Lamb Medal for Laser Physics, in recognition of pioneering research he conducted at Bell Labs in the 1960s. Also receiving the award earlier this month, at the 29

74. Laser Physics And Nonlinear Optics Group - University Of Twente laser physics Group Welcome to the page of the laser physics and nonlinear OpticsGroup of the University of Twente. http://www.tn.utwente.nl/lf/

Laser Physics and nonlinear Optics LF website Home Research Education Members ... Route/Contact Introduction Vacancies Currently we have 2 Post-Doc. positions available. Main research areas: Solid Media Free electron systems Bound electron systems Research Support Our research is being supported in part by the following organizations, to whom we are grateful: FOM STW : Research Council for Applied Sciences; NWO : Dutch Organization for Scientific Research. Contact Information Laser Physics and nonlinear Optics Mail: Postbus 217 7500 AE Enschede The Netherlands Email: Phone: Fax: Top

75. HUT Advanced Energy Systems / Laser Physics These studies are carried out in collaboration with Materials Physics Laboratory, They include PIC simulations of laserplasma interaction, http://www.tkk.fi/Units/AES/laser.htm

Research Projects Pulsed Laser Deposition Publications Laser Physics HUT Department of Engineering Physics and Mathematics Advanced Energy Systems / Laser Physics Hakola Kajava Salomaa Santala The principal research topics of the laser group are currently the use of laser ablation in the production of superconductive films and ultra-intense laser-matter interaction. An important research area of the laser group is the application of laser ablation to deposit thin films of superconducting and magnetic materials. These studies are carried out in collaboration with Materials Physics Laboratory Laboratory of Optics and Molecular Materials Laboratory of Biomedical Engineering , and Laboratory of Inorganic and Analytical Chemistry . The goal of the research is to design and fabricate various components for electronic and micromechanical devices, e.g., bolometers for the detection of sub-millimeter waves and mechanical actuators to realize microscopic machines without moving parts. Further information can be found here The other research line is the study of superintense laser inteaction with matter. This work is performed within the European TMR-project Superintense Laser Pulse - Solid Interaction (SILASI). The experimental work is carried out in collaboration with

76. ScienceDaily -- Browse Topics: Science/Physics/Optics/Lasers Atomic and laser physics, University of Amsterdam A high-quality page of theresearch, It also contains a lot of links to laser physics sites. http://www.sciencedaily.com/directory/Science/Physics/Optics/Lasers

@import "/styles/navbar.css"; @import "/styles/tabStyles.css"; Set home page Bookmark site Add search Latest News ... Email to friend Text Size A A A Front Page ... Optics : Lasers Subtopics Education Holography Safety Surveying Search Google: Lasers News Books Links ... Field Guide For Confirming New Earth-like Planets Described (September 14, 2005) full story Rapid One-pot Syntheses Developed For Quantum Dots (September 14, 2005) full story Method Slashes Quantum Dot Costs By 80 Percent (September 9, 2005) Nanotechnology full story New Dye Could Offer Early Test For Alzheimer's; MIT Technique Is Noninvasive (August 26, 2005) full story Tiny Infrared Laser Holds Promise As Weapon Against Terror (August 14, 2005) full story Tandem Ions May Lead The Way To Better Atomic Clocks (August 14, 2005) full story Quantum Cascade Lasers Key To Handheld Gas And Liquid Sensors (August 13, 2005) full story New Method For Quantum Cooling Discovered (August 9, 2005) full story [ More news about Lasers Amazon.com's Price: Prices subject to change. Proton Therapy and Radiosurgery by: Berend J. Smit

77. Laser Physics UK Ltd. Company Listing Distributor of aircooled argon and diode-pumped lasers. Offers a range of lasersafety eyewear products. Other products include polarization optics, http://www.photonics.com/directory/XQ/ASP/coid.L24783/divid.000/codivid.L2478300

Subscribers Entrance (Members/ Unabridged) Directory Home Buyers' Guide (Free Version/ Abridged) Corporate Guide (Free Version/ Abridged) Handbook (Subscribers Only) Dictionary Directory Advertisers Index Update Your Directory Listing previous page Laser Physics UK Ltd. Contact Information 3 The Cross Malpas, Cheshire SY14 8NU England Phone Fax top of page Photonics.com: Optical, Laser and Fiber Optics Resource Home Reference Library Print Publications Employment Center ... Terms and Conditions of Use Reproduction in whole or in part without permission is prohibited. webmaster@laurin.com Other Areas and Laurin Web Sites Advertising Index Advertising Info Subscriptions Biophotonics Int'l EuroPhotonics Employment Center Photonics.com Photonics Calendar Photonics Dictionary Photonics Directory Photonics Fiber Photonics Spectra About Laurin

78. BSc (Honours) In Laser Physics And Optoelectronics This is an undergraduate course from the Department of Physics at the Universityof Strathyclyde in Glasgow. http://www.strath.ac.uk/physics/ug-info/laser.htm

Department of physics Home Pages University Faculties Science Physics ... Prospectus Useful links Back Testimonies Applying Course Search ... UCAS Code: F368 BSc/LPOe Contacts Laser Physics and Optoelectronics BSc (Honours) What is Laser Physics and Optoelectronics BSc (Honours) This course, the first undergraduate course of its kind in Europe, combines a strong grounding in mainstream physics with specialisation in Laser Physics, Optoelectronics and related technologies. Students develop a sound knowledge and understanding of how the fundamental laws of Physics apply to the industrial technology required for new developments in Information Science, Optical Communications, Integrated Optics, Nonlinear and Quantum Optics. MSci This enhanced degree course gives students the opportunity to pursue their studies to a greater breadth and depth than the corresponding BSc degree. Project work is a major feature of the course in the later years and students undertake an industrial project during the vacation between Years 3 and 4. Admission Requirements As for BSc in Physics.

79. MSci In Laser Physics And Optoelectronics This is an undergraduate course from the Department of Physics at the Universityof Strathyclyde in Glasgow. http://www.strath.ac.uk/physics/ug-info/laserphys.htm

Department of physics Home Pages University Faculties Science Physics ... Prospectus Useful links Back Testimonies Applying Course Search ... UCAS Code: F369 MSci/LPOe Contacts Laser Physics and Optoelectronics MSci This enhanced degree course gives students the opportunity to pursue their studies to a greater breadth and depth than the corresponding BSc degree. Project work is a major feature of the course in the later years and students undertake an industrial project during the vacation between Years 3 and 4. See also the general description for Physics. Admission Requirements As for MSci in Physics Name Dr. Ronal Brown Structure Years 1 and 2: See general structure. After the common first two years, students complete their degree with a further two to three years study in which their grounding in mainstream physics is extended with additional specialisation in Laser Physics, Optoelectronics and related technologies such as Optical Communications and Integrated Optics. Training in research techniques is an important part of the curriculum and students have extensive opportunities to pursue project work.

80. IRE RAS. Laser Physics And Nonlinear Optics. Objective research leadership in laser physics, optics, Research activitiesphysics of NdYAG lasers and nonlinear optics of liquid crystals. http://www.cplire.ru/html/qe/luc.html

Head: Dr. Svetlana G. Lukishova e-mails: svetlana@cpip.kent.edu sluk@mail.cplire.ru Phones: 7095/203-0156 (Moscow), 101-330/672-3999, ext.122 (Kent,OH,USA). Objective: research leadership in laser physics, optics, and spectroscopy, laser-beam control through amplitude and phase elements of various types (color-center glasses and/or crystals; vacuum- deposited graded-reflectivity mirrors; liquid crystal apodizers), laser-beam shaping through nonlinear optics specifically liquid crystals. Degree: PH.D. in Physics and Mathematics, defended at the Moscow Institute of Physics and Technology (Physico-Technical Institute ("FizTech") in 1977. Thesis: "Aspects of Spatial and Temporal Profile Formation of Laser Radiation". Education: 1973-76: Post-graduate student at Moscow FizTech (at General Physics Institute), 1973: M.S. (with Honors) Moscow FizTech (General and Applied Physics Department). Affiliation: 1987 - present: Senior Research Scientist, Institute of Radioengineering and Electronics, Russian Academy of Sciences (IRE RAN), 1997 - present: Visiting Scientist, Liquid Crystal Institute, Kent State University, Kent, Ohio, 44242, USA, 1993 - 96: Doctorantura at IRE RAN, Predefence of Doctor of Science Degree in General Physics Institute (Moscow), Thesis: "Apodization as the Method of Improving Beam Quality and Divergence of High-Power Laser Radiation". Joint operations with Moscow Organic Intermediates and Dyes Institute (NIOPIK) and Laboratory for Laser Energetics, University of Rochester, USA.

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