1. Laser Physics Home Page laser physics Inc., laser physics manufactures Reliant aircooled argon and krypton ion laser for research, entertainment, instrumentation, OEM, and medical applications. laser physics provides http://www.laserphysics.com/

Laser Physics provides solutions in light for your demanding photonic projects. Reliant lasers integrate the tube and power supply into a single compact unit. This single package design reduces weight as well as cost. The Reliant laser also utilizes sealed mirror technology. In this manner, the mirrors are sealed directly on the laser tube eliminating the traditional bulky resonator. The sealed mirror design provides for a 100% maintenance free laser. Laser cleaning and alignment are completely eliminated. With wavelengths spanning the spectrum from 647nm (Red) to 457nm (blue), Laser Physics has a solution for your laser requirements. Laser Physics, Inc. 8050 S. 1300 W. West Jordan, UT 84088 USA p: f: e-mail: info@laserphysics.com www. laserphysics.com For more information on lasers, laser applications, and laser safety, please visit:

2. Laser Physics Entertainment And Display Applications laser physics designs lasers specifically for the needs of the laser entertainment and display industry. Solutions in Light. laser physics, Inc. http://www.laserphysics.com/lp-ent.html

Laser Physics designs lasers specifically for the needs of the laser entertainment and display industry. We know lasers used in entertainment go through hell. So we build them specifically for the rigors of your business. The rugged design and unique features of the Reliant will save you time, money and hassle every time you perform a show or set up a permanent installation. A Reliant may even save your show! A performance has never been lost due to shipping damage with a Reliant laser! Whether you require high power or full color we have air cooled lasers to fit your needs. Reliant 250D Ar Reliant 1000M Ar Reliant 300WC Kr/Ar Color Green, Blue Green, Blue Red, Green, Blue Output Power* 250 mW 1 Watt 300 mW Wavelength 457 nm - 514 nm 457 nm - 514 nm 457 nm - 676 nm Beam Diameter 0.85 mm 0.95 mm 0.85 mm Beam Divergence 1.2 mrad 1.2 mrad 1.4 mrad Polarization Random Random 100:1 Vertical Weight 6.8 Kg (15Lbs) 11.3 Kg (25 Lbs) 11.3 Kg (25 Lbs) * Specified as minimum power at end of warranty period. General Specifications Voltage 300M 120 or 208-240 VAC (100 or 200 VAC optional) Voltage 1000M / 300WC 208-240 VAC (200 VAC optional) Current 20 Amps single phase Frequency 47- 63 Hz Cooling Forced Air Operating Temperature 0-35 degrees C. non condensing

3. The Laser Physics Group Redirect Page Describes laserbased research on trace-element detection, microsurgery and cooling and trapping. Includes current group members, details of vacant positions, and links to other atom trapping and cooling groups. http://www.phys.umu.se/laser/

4. Laser Physics http://www.maik.rssi.ru/journals/lasphys.htm

5. Walther Group: Laser Physics laser physics division. http://www.mpq.mpg.de/laserphysics.html

Laser physics division Group Activities Home One Atom Maser or Micromaser Ion trap laser Resonance Fluorescence Quantum Computer ... Silver Frequency Standard 100 years after their existence was proposed by Max Planck, single photon Fock states have been observed in the micromaser by researchers at the MPQ. Director: Prof. Dr. Dr. h.c. mult. Herbert Walther Hans-Kopfermann-Str. 1 D-85748 Garching Tel.: ++49 - (0)89 - 3 29 05 - 704 Fax: ++49 - (0)89 - 3 29 05 - 200 E-Mail: Herbert.Walther@mpq.mpg.de Lehrstuhl Prof. H. Walther Back to MPQ Homepage Selected reprints Scientific activities

6. The Laser Physics Group Redirect Page A collection of links to the fields of laser, quantum, atomic, molecular physics and optics. http://www.phys.umu.se/laser/physlink.htm

7. Atomic And Laser Physics, University Of Amsterdam A highquality page of the research, meetings and people involved with University of Amsterdam's Atomic http://www.science.uva.nl/research/aplp/

8. Racah Inst. Of Physics, HUJI --- Research Groups Hebrew University, RACAH Institute of Physics. Astrophysics, Cosmology and Gravitation, Complex Systems, Nonlinear Dynamics, Plasma and laser physics, and Condensed Matter Physics. Jerusalem, Israel. http://www.fiz.huji.ac.il/res_gr.html

RACAH Institute of Physics Research Groups Astrophysics, Cosmology and Gravitation Jacob Bekenstein Tom Broadhurst Avishai Dekel Joseph Katz Tsvi Piran Nir Shaviv Complex Systems, Nonlinear Dynamics, Plasma and Laser Physics Miron Amusia Jay Fineberg Michael Finkenthal Benjamin Fraenkel Lazar Friedland Vladimir Karpman Baruch Meerson Mordechai Rokni Yehuda Schwob Shaul Yatsiv Arie Zigler Condensed Matter Physics [Group Web Site] Oded Agam Isaac Balberg Rivka Bauminger Ofer Biham Yohanan Brada Dan Davidov Israel Felner ... Jay Fineberg William Glaberson Yehuda Goldstein Abraham Halperin Rolfe Herber Zwi Kalman Aharon Kapitulnik Noam Kaplan Boris Laikhtman William Low Abraham Many Yohanan Margoninski Oded Millo Israel Nowik Dror Orgad Zvi Ovadyahu Avraham Schiller Eduard Sonin Itzhak Steinberger Meir Weger Yizhak Yacoby Vilen Zevin Few-Body Systems Victor Mandelzweig Hadronic and Nuclear Physics Avraham Gal Ami Leviatan Nissan Zeldes Jacob Burde Eliahu Friedman Amnon Marinov Michael Paul High-Energy Physics, Particle and Field Theory Shmuel Elitzur Amit Giveon Eliezer Rabinovici Sorin Solomon Neural Networks, Statistical Physics and Interdisciplinary Research

9. Laser Physics Centre http://laserspark.anu.edu.au/

10. Laser Physics Centre http://laserspark.anu.edu.au/lpc/laser.html

11. Plasma Physics Division, Naval Research Laboratory Conducts a broad experimental and theoretical program in basic and applied research in plasma physics, laboratory discharge and space plasmas, intense electron and ion beams and photon sources, atomic physics, pulsed power sources, laser physics, advanced spectral diagnostics, and nonlinear systems. http://wwwppd.nrl.navy.mil/

12. Laser Physics laser physics. The Staff. x. Current Research. One of the major lines of research at the Department of Physics in Swansea is laser physics. http://python.swan.ac.uk/old/laser/laser.html

Laser Physics. The Staff Current Research RIS using tunable dye lasers. VG Time of Flight mass spec. Resonance Ionisation Mass Spectroscopy (RIMS) Laboratory. Development of Lasers Although lasers are now well established having been available for nearly three decades there is still lively research under way throughout the world to improve on previous designs, or to find new types of lasers. Here at Swansea we are involved in the investigation and development of small- scale cw diode laser systems and pulsed tunable lasers. Tunable cw Diode Laser Systems A major programme is under way to investigate cw diode lasers, operating in the red and near IR, with the aim of designing, constructing and operating tunable, narrow-bandwidth (single longitudinal mode) laser systems. The lasers are based on the principles of combined current and temperature tuning, in conjunction with an external laser cavity. In addition to the capability of wide tunability, schemes for ultra-stable frequency locking are explored, with the aim of short and long term reproducibility of the laser wavelength. This latter aspect is pursued in collaboration with industrial partners. It is planned to amplify the output from these diode laser systems, and frequency shift the laser radiation towards wavelengths in the visible. Diode lasers are or will be used in a number of spectroscopic and analytical applications in our laboratories. Tunable pulsed Laser Systems Laser Spectroscopy Analytical Techniques More and more laser techniques find applications in material analysis and testing, with major applications in industry. Different types of studies are carried out in our laboratory where we are developing photo-acoustic and photo-thermal (PAS/PTS), opto- galvanic (OGS), resonance ionisation (RIS/RIMS), laser-induced breakdown (LIBS), plasma and Raman spectroscopies as analytical techniques.

13. Laser Physics laser physics. The Staff. Current Research. RIS using tunable dye lasers. VG Time of Flight mass spec. Resonance Ionisation Mass Spectroscopy (RIMS) Laboratory. Department of Physics in Swansea http://python.swan.ac.uk/laser/laser.html

Laser Physics. The Staff Current Research RIS using tunable dye lasers. VG Time of Flight mass spec. Resonance Ionisation Mass Spectroscopy (RIMS) Laboratory. Development of Lasers Although lasers are now well established having been available for nearly three decades there is still lively research under way throughout the world to improve on previous designs, or to find new types of lasers. Here at Swansea we are involved in the investigation and development of small- scale cw diode laser systems and pulsed tunable lasers. Tunable cw Diode Laser Systems A major programme is under way to investigate cw diode lasers, operating in the red and near IR, with the aim of designing, constructing and operating tunable, narrow-bandwidth (single longitudinal mode) laser systems. The lasers are based on the principles of combined current and temperature tuning, in conjunction with an external laser cavity. In addition to the capability of wide tunability, schemes for ultra-stable frequency locking are explored, with the aim of short and long term reproducibility of the laser wavelength. This latter aspect is pursued in collaboration with industrial partners. It is planned to amplify the output from these diode laser systems, and frequency shift the laser radiation towards wavelengths in the visible. Diode lasers are or will be used in a number of spectroscopic and analytical applications in our laboratories. Tunable pulsed Laser Systems Laser Spectroscopy Analytical Techniques More and more laser techniques find applications in material analysis and testing, with major applications in industry. Different types of studies are carried out in our laboratory where we are developing photo-acoustic and photo-thermal (PAS/PTS), opto- galvanic (OGS), resonance ionisation (RIS/RIMS), laser-induced breakdown (LIBS), plasma and Raman spectroscopies as analytical techniques.

14. About Lasers-Details More About Lasers. laser physics. There are 3 essential components to a laser system. First is a Lasing medium, which may be a gas, crystal, liquid, or semiconductor. http://www.shorelaser.com/AboutLasersDet.html

More About Lasers Laser Physics There are 3 essential components to a laser system. First is a Lasing medium , which may be a gas, crystal, liquid, or semiconductor. Second is a Source of Excitation for the lasing medium, for example, flashlamps or continuous light, radiofrequency, high voltage discharge, diodes, and in some cases another laser. Finally, Mirrors are needed to reflect the excited photons back into the resonant cavity containing the lasing medium Generation of Laser Radiation . As the lasing medium is excited, molecules are "pumped" to a higher energy level. Some of the excited molecules will spontaneously decay to back to the original lower energy , or ground state, releasing a photon, and if the photon is emitted in the right direction, it will hit one of the mirrors at the ends of the resonant cavity and be reflected back into the excited lasing medium. This excited photon can "stimulate" another excited molecule to decay back to the ground state, releasing another photon which travels in the same direction, which in turn is reflected back into the resonant cavity, stimulating emission of even more photons. If most of the molecules in the lasing medium are in the excited state, termed a " population inversion ", there is a net amplification of light energy, hence the name

15. The International Journal Laser Physics http://www.lasphys.com/lasphys.htm

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16. Institute Of Solid State Physics Specialized in fundamental and applied research in the field of condensed matter physics, optics, spectroscopy and laser physics. http://www.issp.bas.bg/

Explore Bulgaria Nebula search Welcome to the Institute of Solid State Physics "Acad. G. Nadjakov" Bulgarian Academy of Sciences 1784 Sofia, 72, Tzarigradsko chausse Blvd. Fax: (+359 2) 975 36 32; (+359 2) 975 36 19 Departments Workshops Events ISSP NEWS ... E-Journals in Physics Director: Academician Alexander G. Petrov D.Sc., Ph.D. Tel.: (+359 2) 875 80 61, director@issp.bas.bg Deputy director: Assoc. Professor, Ph.D. Stefan Andreev Tel. (+359 2) 77 92 17 sens@issp.bas.bg Deputy director: Assoc. prof. Ph.D., Vassil Lovchinov Tel.: (+359 2) 71 44 558 lovcinov@issp.bas.bg Scientific secretary: Assoc. prof. Ph.D., Marina Primatarowa Tel.: (+359 2) 71 44 627 prima@issp.bas.bg Chairman of SC: Prof. Ph.D., D.Sc., Nicholay Tonchev, Tel.: (+359 2) 71 44 276. tonchev@issp.bas.bg Admin. director: Assist. prof., Dipl. Eng., Hristo Popov, Tel.: (+359 2) 875 00 94 Secretary: Petia Lazarova Tel.: (+359 2) 875 80 61, petia@issp.bas.bg Accountant office: Eleonora Popova Tel: (+359 2) 875 50 59

17. The International Journal Laser Physics Letters http://www.lasphys.com/lasphyslett.htm

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18. University Of Wales Swansea - Physics Department Threeyear BSc with specialised options in laser physics, medical physics, and particle physics and the foundations of cosmology. http://www.physics.swansea.ac.uk/

@import url(style/advanced.css); @import url(style/physics.css); UWS Home Location Library Intranet ... Alumni Department of Physics, University of Wales Swansea, Singleton Park, Swansea, SA2 8PP Tel: +44 (0) 1792 295849 Fax: +44 (0) 1792 295324 E-mail: l.s.andrews@swansea.ac.uk News Events Vacancies SWANSEA PHYSICS TOP 10 IN UK Latest Research News Physics awarded prestigious 5A rating. Largest Production of Anthydrogen. ... About Us Excellence in Teaching, award-winning Research, Physics at Swansea leads the way forward. Find out more . . . Projects The Department's work reflects the expertise of the faculty. Here you'll find Theoretical, Experimental and General Research at the leading-edge of Physics. Find out more . . . Whether a B.Sc is your plan or you wish to study towards professional qualification as a Physicist, our degree schemes are diverse and comprehensive. Find out more . . . Undergraduate Postgraduate Research ... Apply

19. Research Institute For Laser Physics, Home Page 12, Birzhevaya line, St.Petersburg, 199034, Russia. ILPh, Phone +7 (812) 3285734, 328-4460 Fax +7 (812) 328-5891 E-mail mak@ilph.spb.su. http://www.ilph.spb.ru/

12, Birzhevaya line, St.Petersburg, 199034, Russia ILPh Phone: +7 (812) 328-5734, 328-4460 Fax: +7 (812) 328-5891 E-mail: mak@ilph.spb.su get it free from Microsoft! Structure History Conferences Laser Optics'2003 Dates to Remember List of Registered Participant s LO'2003 Schedule Hot Messages SPIE Volumes QE (Rus) Volume News Staff Publications Proposals Last updated: 24-12-2003 Please, send your comments to: webmaster@ilph.spb.su

20. The Nijmegen Molecular And Laser Physics Group http://www-mlf.sci.kun.nl/

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