121. BMO München M¼nchen, Germany. Current R and D information on femtosecond laser technology, jobs, tour, faculty, and contact details. http://www.bmo.physik.uni-muenchen.de/

Chair for BioMolecular Optics Home General Research Members ... Impressum (c) 2002 BMO Welcome to the BMO, the chair for BioMolecular Optics at the University of Munich. As a member of the department of physics we are concerned with fundamental problems of physical nature in the fields of biology and chemistry. Our emphasis lies in the theoretical and experimental biophysics, the physics of molecules and in ultrafast spectroscopy. You can find more information by using the navigation bar to the left or directly on the pages of our three professors: Prof. Zinth Prof. Riedle Prof. Tavan News: Phase-locked multi-colour femtosecond pulses Multiple NOPAs seeded with a single continuum deliver independently tunable ultrashort pulses that have a locked phase relation. Such pulses will open up new routes in the fields of phase-sensitive spectroscopy, CARS microscopy and coherent control. Details mailto: webmaster last change: 12.01.05

122. Science Wordplay Deals with conversion of measuring units from a scientific angle. http://laser.physics.sunysb.edu/~wise/wise187/janfeb2001/weblinks/physics_jokes.

From tom@laplaza.org Mon, 31 Jan 2000 10:40:30 -0700 Date: Mon, 31 Jan 2000 10:40:30 -0700 From: Tom Bruce tom@laplaza.org Subject: [Clang] Learning the Metric system USEFUL ENGLISH SYSTEM - conversions/units: * Ratio of an igloo's circumference to its diameter ..... Eskimo Pi * 2.4 statute miles of intravenous surgical tubing at Yale University Hospital ........................... 1 I.V. League * 2000 pounds of Chinese soup............................ Won ton * 1 millionth mouthwash.................................. 1 microscope * Speed of a tortoise breaking the sound barrier......... Mach Turtle * Time it takes to sail 220 yards at 1 nautical mile per hour............................................... Knot-furlong * 365.25 days of drinking low-calorie beer because it's less filling ..................................... 1 lite year * 16.5 feet in the Twilight Zone......................... 1 Rod Sterling * Half of a large intestine.............................. 1 semicolon * 1000 aches............................................. 1 megahurtz * Weight an evangelist carries with God.................. 1 billigram * Basic unit of laryngitis............................... 1 hoarsepower * Shortest distance between two jokes.................... A straight line * Time between slipping on a peel and smacking the pavement............................................... bananosecond * A Half-Bath............................................ 1 demijohn * 453.6 graham crackers.................................. 1 pound cake * Given the old adage "a journey of a thousand miles begins with a single step," the first step of a one-mile journey....................................... 1 Milwaukee * 1 million microphones.................................. 1 megaphone * 1 million bicycles..................................... 2 megacycles * 365.25 days............................................ 1 unicycle * 2200 mockingbirds...................................... 2 kilomockingbirds * 10 cards............................................... 1 decacards * 1 kilogram of falling figs............................. 1 Fig Newton * 1000 grams of wet socks................................ 1 literhosen * 1 millionth of a fish.................................. 1 microfiche * 1 trillion pins........................................ 1 terrapin * 1 million billion piccolos............................. 1 gigolo * 10 rations............................................. 1 decoration * 100 rations............................................ 1 C-ration * 10 millipedes.......................................... 1 centipede * 3-1/3 tridents......................................... 1 decadent * 10 monologs............................................ 5 dialogs * 5 dialogs.............................................. 1 decalog * 2 monograms............................................ 1 diagram * 8 nickels.............................................. 2 paradigms * 2 wharves.............................................. 1 paradox * 100 Senators........................................... Not 1 decision

123. Research High Intensity physics. a) laser wakefield accelerator structures excited andprobed by femtosecond laser pulses. Since the demise of the SSC, http://www.ph.utexas.edu/~femtosec/research.html

Femtosecond Spectroscopy A microscope objective lens (shown here) focuses a red (620 nm) femtosecond laser pulse to a peak intensity of 3 X 10 watts/cm in a cell containing 5 atm. Ar gas, producing an ionization spark (white dot) which absorbs about 1% of the incident light. The remaining transmitted light is spectrally shifted by ultrafast phase modulation at the ionization front to a yellow-green color, which is clearly visible scattering from the exit wall of the cell and the housing of the microscope objective. Spectral analysis of this "blue-shifted" light has provided femtosecond-time-resolved measurements of ionization dynamics at high light intensity (see W. M. Wood et al., Phys. Rev. Lett. , 3523 (1991)). Recently a more sensitive, sophisticated measurement of such frequency shifts"femtosecond longitudinal interferometry"has provided femtosecond-time-resolved characterization of density oscillations (Langmuir waves) of a fully-ionized helium plasma in the wake of a very intense (3 X 10 watts/cm ) femtosecond laser pulse ( C. W. Siders

124. MTU Physics - Research - Facilities - Materials Physics And Laser Physics Labora Research in the Department of physics at Michigan Tech. http://www.phy.mtu.edu/facilities/materialslaser.html

Physics Home Academics Research People ... Site Map Research News Areas and Projects Funding Labs ... Facilities Facilities - Materials Physics and Laser Physics Laboratory Research Faculty Y. K. Yap Dual-RF-plasma Chemical Vapor Deposition (CVD) System Dual-RF-plasma Pulsed-Laser Deposition (PLD) System Thermal Chemical Vapor Deposition (CVD) System We have some facilities for the synthesis and characterization of single crystals, thin films and nanostructures. They are designed to meet our needs to understand the properties and growth of some novel materials. They include a plasma-assisted pulsed-laser deposition (PLD) system, a pressurized reacting chamber, a thermal chemical vapor deposition (CVD) system, and a plasma-enhanced CVD system (modified version of a plasma reference cell in the Dislocation Physics Laboratory ). This laboratory has a high-powered ultraviolet laser based on the fourth and fifth harmonic generation of an Nd:YAG laser. This is a nanosecond-pulsed laser integrated to our PLD system and is applicable for the characterization of novel photonics and nonlinear optical (NLO) materials. Chamber Makes Cover of Physics Today A plasma chamber makes the cover of the July 2004 issue of Physics Today . This chamber is identical to one used currently in the Materials Physics and Laser Physics Lab and formerly in the Dislocation Physics Lab . A small set of such chambers was manufactured about 10 years ago by a consortium of several universities and National Labs, including Michigan Tech. They are unique, since no more chambers were made after that.

125. GSI Together with the Plasma physics department of GSI, the lasers laser SpectroscopyGroup A major use of this laser is in the field of plasma physics. http://www.gsi.de/~laserweb/

GSI Research Atomic Physics Research Laser Physics Lasers and Laserspectroscopy Members Pulsed Lasers Activities: Phelix Laser Spectroscopy Laserinduced Recombination Laser Cooling Laser Development Together with the Plasma Physics Atomic Physics is presently beginning to construct PHELIX - a Kilojoule, Petawatt Laser at GSI The project is carried out in close collaboration with the Max-Born-Institute in Berlin and the Lasers Directorate at the Lawrence Livermore National Laboratory at Livermore, California. Close connections are also kept with the TU-Darmstadt Uni Jena LMU München , and the MPQ in Garching A major use of this laser is in the field of plasma physics. There, experiments use the high pulse energy of energetic pulses from the GSI accelerators to compress and heat matter to a situation comparable to the interior of stars. This research is also aiming towards the use of heavy ions as a driver for Inertial Fusion Energy. This laser will also have a central role in the future of atomic physics research. Traditionally, the very special demands of laser experiments at the accellerators have triggered a variety of laser developments. The last series of HFS-experiments was strongly relying on a novel

126. Wiley InterScience: Journal Home - Laser Physics Letters More results from www3.interscience.wiley.com Britney Spears guide to Semiconductor physics semiconductor Semiconductor physics with a bias towards semiconductor lasers. http://www3.interscience.wiley.com/cgi-bin/jhome/106571172

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127. The Laser Physics Group Redirect Page laserbased research on trace-element detection, microsurgery and cooling and trapping. http://www.phys.umu.se/laser/

128. Institute Of Applied Physics – Welcome! University instiute with research interests on the areas of fiber lasers and amplifiers, ultrashort pulse lasers, integrated optics and micro structuring (clean room facilities). http://www.iap.uni-jena.de/

Jenaer Schule: Theorie und Anwendung optischer Schichten General Information Integrated Optics Microstructure Technology Optical Engineering Optical Communication Systems Ultrafast Optics

129. Dept Of Medical Physics & Bioengineering Department has a broad range of interests Biomedical Optics Radiation physics Quantitative Medical Imaging Incontinence Lasers and Endoscopy MRI Medical Graphics Implated Devices http://www.medphys.ucl.ac.uk/

@import url(/css/extras.css); UCL DEPARTMENT OF MEDICAL PHYSICS AND BIOENGINEERING FACULTY OF ENGINEERING SCIENCES The Department Research Activity NHS Activity Teaching Resources News ... Job Vacancies For Students Degree Courses General Information Contact Us Request Information Other Related Websites Search MedPhys MedPhys Intranet Remote Access Back To.. MedPhys Home UCL Home The Department Students and staff of the Department study the Principles of Rotational Dynamics at Alton Towers. The Department of Medical Physics and Bioengineering is a joint department of University College London (UCL) and the UCL Hospitals Trust . The academic and research work of the Department is concentrated primarily within a short distance from the main UCL campus. It also has laboratories on three other nearby sites: University College Hospital, Middlesex Hospital, and Whittington Hospital. The spectrum of Medical Physics activities undertaken in this Department is probably the broadest of any in the United Kingdom. Roughly one half of the 130 members of staff are employed by the UCL Hospitals to provide medical physics service. The rest are principally involved in the pursuit of academic research, including industrial contract research, and teaching activities associated with the graduate and post-graduate degrees offered by the Department. Members of the Department have access to an exceptionally wide range of workshop, laboratory and clinical facilities. There are substantial departmental computing facilities, including a range of modern computers and workstations. Access to the major academic computer centres is available through the University data network. A large range of scientific test equipment is available for physiological measurement, MRI, optics, acoustics, audiology, x-ray and radiation dosimetry. These facilities allow fundamental ideas and inventions to be taken from initial development to full clinical trials and subsequent commercial manufacture where appropriate.

130. Steven Chu, Former Bell Labs Researcher, Wins Nobel In Physics Using lasers to trap and cool molecules for study. Nobel Prize for Chu, Phillips, and CohenTannoudji. http://www.bell-labs.com/user/feature/archives/chu/

Former Bell Labs Scientist Steven Chu Wins Nobel Prize The idea of using lasers to trap and cool molecules for study began over a lunchtable conversation at Bell Labs in Holmdel, N.J. more than 10 years ago. Today, because of his idea, former Bell Labs researcher Steven Chu is one Nobel Prize in Physics richer. Holmdel, N.J (October, 1997) An idea that sprang up over lunch at a Bell Labs cafeteria a little more than a decade ago has led Steven Chu to the most coveted honor in science. On Oct. 15, the 1997 Nobel Prize in Physics was awarded to Chu, now at Stanford University, and two others, William Phillips and Claude Cohen-Tannoudji, for their development of methods to cool and trap atoms with laser light. Steven Chu The research that drew the attention of the Royal Swedish Academy of Sciences began at Bell Labs in Holmdel. A dozen years ago, Arthur Ashkin and Chu used to discuss physics regularly at the Holmdel cafeteria. They were interested in manipulating atoms at low temperatures. An idea that arose during one of those lunches led to a series of experiments by Chu, Ashkin, John Bjorkholm, Alex Cable, and Leo Holberg. Chu left Bell Labs in 1987 to take up a professorship at Stanford, where he continued his work in low-temperature physics. Ashkin Pioneered "Optical Trapping"

131. Mechanical And Aerospace Engineering | Welcome Offers study and research in combustion and energy conversion, computational engineering, dynamics and control systems, environmental energy technology assessment, flight science and technology, fluid mechanics, lasers and applied physics, and materials and mechanical systems. http://mae.princeton.edu/

Princeton University Mechanical and Aerospace Engineering home Skip over navigation Skip over navigation ... research Menu 0: info PRISM about us contact us jobs ... search Menu 1: undergrad handbook courses jobs links ... summer program Menu 2: graduate about us admissions courses programs ... research areas Menu 3: people faculty research staff technical staff administrative staff ... search Menu 4: research labs combustion and energy computational methods dynamics and control systems ... September 2005 Sun Mon Tue Wed Thu Fri Sat News New Video About Graduate Research MAE : Welcome The Mechanical and Aerospace Engineering (MAE) Department has a long and distinguished history in education and research. Our graduates include many talented individuals who now hold major leadership positions in industry, government and academia. Members of our faculty and staff are intellectual leaders in the research fields of Thermal Sciences, Fluid Mechanics, Dynamics and Controls, Applied Physics, and Material Science. MAE students, faculty and staff enjoy numerous interactions with other departments and programs both in the School of Engineering and Applied Science ( SEAS ), and in the Princeton University community at large. Among these interactions are strong ties to the Program in Applied and Computational Mathematics (

132. Lasphys1_5cont physics of Lasers and Microlasers. From Micromasers to Atom Optics and Back. P.Meystre p. 99 abstract. Power Scaling of HighPower Fiber Lasers and http://www.maik.ru/contents/lasphys/lasphys1_5v15cont.htm

Contents Laser Physics Vol. 15, No. 1, 2005 Special Issue Dedicated to Professor Herbert Walther on His 70th Birth Anniversary From the Guest Editors Happy Birthday, Herbert! G. Leuchs, L. Lugiato, and M. Scully Coherent Phenomena Coherent and BCS-Type Quantum States of Dark Polaritons Ch. Bolkart, R. Weiss, D. Rostohar, and M. Weitz Single-Loop Interferometer for Minimal Ellipsometry B.-G. Englert, K. M. Tin, C. G. Goh, and H. K. Ng Fundamental Problems and Vibrational Dephasing Adventures in s Waves Laser Spectroscopy Radiative Corrections to Multi-Level Mollow-Type Spectra U. D. Jentschura, J. Evers, and Ch. H. Keitel Generation of Continuous Coherent Radiation at Lyman- and 1 S P Spectroscopy of Atomic Hydrogen On the Potential of Faraday Anomalous Dispersion Optical Filters as High-Resolution Edge Filters A. Popescu and T. Walther Electric and Magnetic Dipole Transitions of an Atom in the Presence of Spherical Dielectric Interface V. V. Klimov and V. S. Letokhov Physics of Cold Trapped Atoms Wavepacket Interference in an Optical Lattice N. V. Morrow and G. Raithel

133. XO(TM) Web Site Hosting www.laserphysics.com Not Available. The domain www.laserphysics.com which youare trying to access is currently unavailable. This may occur for several http://www.laserphysics.com/

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134. Main Page http://www.maik.rssi.ru/journals/lasphys/default.htm

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135. Welcome To The Keller Group http://www.iqe.ethz.ch/ultrafast/

136. Welcome To The Keller Group http://www.iqe.ethz.ch/ultrafast/Welcome.html

137. Laserphysics http://www.laserphysics.kth.se/

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138. Institut Fuer Angewandte Physik - AG Meschede http://www.iap.uni-bonn.de/arb_m_e.html

139. Quantum Optics And Quantum Information try this link for no frame version of the page. Back to PRL main page If stillyou have problem send mail to lasers@prl.ernet.in or to aanil@prl.ernet.in. http://www.prl.ernet.in/~lasers/

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140. Department Of Optics And Quantum Electronics A MTA Lézerfizikai Tanszéki Kutatócsoport megjelenítéséhez kérem kattintson ide! http://www.u-szeged.hu/object.31c2011a-da92-4ea8-882c-4dd1b4d5b051.ivy

A MTA Lézerfizikai Tanszéki Kutatócsoport megjelenítéséhez kérem kattintson ide!

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