21. Dr. Esther Moreno-Barriuso - English To Spanish Translator. Translation Services Keywords optics physics laser lasik refractive surgery IT optometry science software localization website localization. Dr. Esther MorenoBarriuso accepts http://www.proz.com/pro/90606

PROFILE KUDOZ (26 pts) Platinum since Apr 05 ID Verified Native Language Spanish Languages (Working) English to Spanish French to Spanish Expertise Specializes in: Medical: Instruments Nuclear Eng/Sci Physics Science (general) General fields: Tech/Engineering Law/Patents Science Software TRADOS Powerpoint Tag Editor /T-Window Wordfast Glossary View all terms Dr. Esther Moreno-Barriuso's Website Dr. Esther Moreno-Barriuso (EstherMoreno) Spain Physics/Optics PhD - I.T. - Trados 6.5 VAT ID: 20195473R Send email to this person Instant message this member Availability: Specialization Optics and Optometry, including Optics of the human eye, refractive surgery, LASIK. That´s what my PhD was all about! Also, lasers and general Physics. I.T. and Software (I was a JAVA/VB Senior Analyst Programmer for 3 years for a London-based major Investment Bank). Software and Website Localization. Technical translations. Review of scientific publications. Background: EN>ES 0.07€ to 0.09€ per source word. FR>ES 0.07€ to 0.09€ per source word. Tight deadlines.

22. Physics-Optics-Astronomy Library (POA) Maintains a collection to support the instructional and research needs of faculty and students in the Department of physics and Astronomy and the Institute of optics. It also provides information services for the Nuclear Structures Research Laboratory and the Mees Observatory. http://www.lib.rochester.edu/poa/

University of Rochester River Campus Libraries UR Libraries A to Z Physics-Optics-Astronomy Library (POA) Ask a Librarian Search Site Research Quicklinks Electronic Journals E-Prints Databases Voyager Catalog Web Resources Physics Optics Astronomy Professional Societies and Organizations ... Today in Science : Birthdays, deaths, and events in science Library Services Renew Materials Request an Item Interlibrary Loan Academic Departments Institute of Optics Mees Observatory Physics Departments Worldwide Library Information Hours Locations and Directions Staff Info About the POA Library ... Library Jobs at POA Annalen der Physik Vol. 14, issue 1-3 Special issue commemorating Albert Einstein. Contact the Staff University of Rochester Libraries. Last Updated August 8, 2005 Web Page Statistics Privacy Statement Staff Login

23. Optics - Physics: Prisms Lenses Rainbows Colors Colours Cameras X-rays Microscop optics covers a wide range of phenomena from prisms and lenses to rainbows, color and cameras. http://physics.about.com/od/optics/

zJs=10 zJs=11 zJs=12 zJs=13 zc(5,'jsc',zJs,9999999,'') About Homework Help Physics Other Fields of Physics Optics 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); FREE Newsletter Sign Up Now for the Physics newsletter! See Online Courses Search Physics Optics - The Science of Light Optics covers a wide range of phenomena from prisms and lenses to rainbows, color and cameras. Alphabetical Recent Up a category The Ghostly Mirror of Belcourt Castle There is a mirror in Belcourt Castle (in Newport, Rhode Island) that is apparently haunted - or is it? Can the moving reflections be explained using simple physics? How to tell a Diamond from a Cubic Zirconia Measure the speed of light with Chocolate and a Microwave Nothing travels faster than light - it only takes 8 minutes for it to reach the Earth from the nearest star, the Sun, which is 150 million kilometres away. Now anyone can measure this speed - with chocolate stars and a microwave oven! New Upper Limit on the Photon Mass If a photon had mass, it would drastically affect our understanding of the structure of nature. As it stands, we know only that it is very, very light, but a new, even lower, limit on the photon mass has been established.

24. 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

25. Optics (Physics 4323) http://physics.tamuk.edu/~suson/html/4323/

I'm sorry, but in order to see these notes you must have a graphical, frames-capable browser. I recommend using

26. GAP-Optique Université De Genève Research and Development center for Quantum optics at the Group of Applied physics (GAP), University of Geneva. Projects, prototypes, publications, members. http://www.gapoptique.unige.ch/

GAP-Optique Department of Physics University of Geneva Switzerland ... Jobs Introduction P hysics is fascinating because of the intellectual excitement it provides and because of the applications it offers. In the Group of Applied Physics (GAP) at Geneva University we get our inspiration from both of these motivations. Optics, in this respect, has a privileged place. Indeed, in modern optics, experiments and theory progress hand-in-hand, and practical applications are close behind. Consequently, we can work both on conceptual issues and on applications. Moreover, it is a very good time for optics! The fascinating new insight about quantum mechanics brought about by recent quantum optics experiments on one side, and the tremendous development of optical communications on the other, illustrates our privileged position! T he American Research Council has recently declared optics as the technology of the 21st century. In contrast, a famous physicist, Michael Berry, has declared that the 21st century will be shaped by quantum physics, in a way similar to electrodynamics, which shaped the 20th century. Our position in GAP-Optique, at the crossroads between optics and quantum physics, ensures our participation to both challenges. Prof. Nicolas Gisin

27. X-ray Optics And Microscopy At Stony Brook Research describing use of coherent soft Xrays for optics experiments, including Fresnel zone plates, to produce the smallest focused spot of electromagnetic waves for studies of biological and materials science specimens. http://xray1.physics.sunysb.edu/

Home Research Introduction SRN Article ... DVD Data Backup Contact at Stony Brook How many people does it take to run an x-ray microscope? Only one, but four of us posed for this picture. Left to right: Janos Kirz, Sue Wirick, Xiaodong Zhang, and Chris Jacobsen. Welcome to the x-ray optics and microscopy group at Stony Brook. We use coherent soft x-rays for optics experiments. Much of our effort is directed towards using Fresnel zone plates to produce one of the smallest focused spots of electromagnetic waves of any wavelength, and exploiting these nanofocused beams for studies of biological and environmental science specimens; and obtaining images from the reconstruction of holograms and diffraction patterns of non-crystalline specimens. Thanks to the National Institutes for Health, the National Science Foundation, and NASA for support! Home Research People User ... top This page last modified on March 08, 2005 by BH

28. Fiber Optics The most basic application of fiber optics is the conduction of light, Another practical application is the use of fiber optics in the field of http://physics.tamuk.edu/~suson/html/4323/fiber.html

Number of Reflections Cladding Fiber Bundles Gradient Index Optics ... Applications Fiber Optics Another mechanism for efficiently conducting light from one point in space to another is via transparent, dielectric fibers. As long as the diameter of these fibers is large compared with the wavelength of the radiation, the inherent wave nature of the propagation mechanism is of little importance and the process obeys the familiar laws of geometrical optics. If the diameter is of the order of , the transmission more closely resembles the manner in which microwaves advance along waveguides. Number of Reflections Consider a straight glass cylinder surrounded by air. Light striking its walls from within will be totally internally reflected, provided that the incident angle at each reflection is greater than , where n f is the index of the cylinder or fiber. If the fiber has a diameter D and a length L , the path length traversed by the ray will be The number of reflections is then given by rounded off to the nearest whole number. The 1, which depends on where the ray strikes the end face, is of no significance when

29. Quantum Experiments And The Foundations Of Physics - Pages and Links about Quantum optics. Created by the group around Anton Zeilinger in Vienna. http://www.quantum.at/

Last updated: Layout: Julia Petschinka Code: Rainer Kaltenbaek, Gregor Weihs

30. Optics (Physics Study Guide) - Wikibooks optics (physics Study Guide) you don t have a real object, but you do have an imaginary object a converging set of rays from another optical system. http://en.wikibooks.org/wiki/Optics_(Physics_Study_Guide)

Optics (Physics Study Guide) From Wikibooks Physics Study Guide Linear Motion Force Momentum ... Magnetism Optics Greek alphabet Contents Light Refraction Mirrors and lenses Focal length ... edit Light Light is that range of elektromagnetic energy that is visible to the human eye, the visible colors. The optical radiation includes not only the visible range, but a broader range of invisible elektromagnetic radiation that could be influenced in its radiation behavior in a similar way as the visible radiation, but needs often other transmitters or receivers for this radiation. Dependant on the kind of experimental question light - optical radiation behaves as a wave or a particle named lightwave or photon. The birth or death of photons needs electrons - electromagnetic charges, that change their energy. The speed of light is fastest in the vacuum. In a wave we have to distinguish between the speed of transport of energy or the speed of the transport of on phase state of a wave of a defined frequency. In vacuum the speed of waves of any photon energy - wavelength is the same, but the transmission speed through materia is dependant on wavelength - photon energy. At the time the measurement of the speed of light in vacuum reached the uncertainty of the unit of lenght, the meter, this basic unit got in 1960 a new definition, based on the unit of time. Taking the best known measurement values it was defined without any uncertainties of length, that the speed of light is 299.792,458 meters per second. For this reason the only uncertainty in the speed of light is the uncertainty of the realisation of the unit of time, the second. (If you like to get the standard of lenth, cooperate with the watchmaker).

31. Physics At Appleby College A comprehensive collection of Java Applets on waves, sound, light and optics. Suitable for high school physics students. http://www.geocities.com/CapeCanaveral/Hall/6645/index.htm

to Physics at Appleby College by Cliff Sampson email cliff Sign Guestbook View Guestbook WAVES ... OPTICS AND LIGHT ELECTROMAGNETISM Physics resources - directory of Physics related websites. Pendulum Observe the period of pendulum while you change length, mass or angle.(kim jong heon, korea) Pendulum experiment java applet Do a pendulum experiment with mouse(click/drag:to change its initial conditions length of the pendulum, initial position, gravitational field strength). Parameters (gravitational field and its components, kinetic energy, potential energy, velocity ...) are viewed graphically or displayed with text(length, angle, half period...). A period-initial angle plot is generated automatically, just click/drag the mouse and wait. Try and play with it to find out more features. (Fu-Kwun Hwang) Transverse Wave and Longitudinal Wave An interactive activity on transverse and longitudinal waves. Visual representation of the motion of the particles in the transverse and longitudinal waves is shown. Superposition of Two Waves (Java applet) This applet visualizes the mixing of two one-dimensional waves. The user is able to vary velocity and frequency of the waves and the two individual wave as well as the superposition is viewed graphically.

32. Atmospheric And Ocean Optics The Atmospheric and Ocean optics group, in the physics Department at the Univ. of Miami, conducts research in both theoretical and experimental http://www.physics.miami.edu/optics/

Atmospheric and Ocean Optics The Atmospheric and Ocean Optics group, in the Physics Department at the Univ. of Miami, conducts research in both theoretical and experimental environmental optics. The group is headed by Dr. Howard Gordon and Dr. Kenneth Voss Quick List of Research Interests Atmospheric and Ocean Radiative Transfer Atmospheric Aerosol Optical Properties Atmospheric Correction and Ocean Color Inelastic Ocean Light Scattering Atmospheric and Ocean Radiation Distributions Polarization of Atmospheric and Ocean Radiation Sunphotometry and Lidar Sun Aureole Measurements Sea Surface Reflectance and Whitecaps Bi-Directional Reflectance Distribution Function Cooperative research is conducted with the NASA Earth Observing System (EOS) at Goddard Space Flight Center, the RSMAS Remote Sensing Group and the RSMAS Marine and Atmospheric Chemistry Division both at the University of Miami Marine and Atmospheric Sciences campus located in Key Biscayne, the Atmosphere/Ocean Chemistry Experiment (AEROCE), and NOAA. Atmospheric and Ocean Optics Research Group Dr. Howard Gordon

33. Virtual Physics: Programs For Learning Physics. Simulations Of Experiments Win Collection of programs teaching physics. Virtual experiments. Simulations of various physical phenomena covering diffraction, dynamics, electrostatics, gravity, Kepler laws, kinematics, Kirchhoff, optics, oscillations, projectiles, thermodynamics, vectors and waves. http://www.nahliksoft.com/vphysics.html

Learn physics with your PC! Virtual physics is the collection of programs simulating physical phenomena. They can be used as demonstration tools at school or for individual studies and experiments at home. See what you can never see in nature! The most exiting feature of Virtual Physics is that you can perform and observe many experiments you can never see either in nature or in the school laboratory, eg. stars moving on their orbits or the motion of the molecules of gas. The program consists of 13 modules covering: Diffraction, Dynamics, Electrostatics, Gravity, Kepler Laws, Kinematics, Kirchhoff Laws, Optics, Oscillations, Projectiles, Thermodynamics, Vectors and Waves. Main Menu Diffraction With this module you can observe diffraction. It occurs when light bends around an obstacle or, as in our experiment, passes through a slit. If the slit is comparable or narrower than the length of the light wave, the light bends. In fact the slit acts then as a separate wave source. Diffraction Dynamics With this module you can investigate the motion of a block sliding down an inclined plane as a result of Earth's gravity force. You can select one of the two visualization modes - realistic or model one. In the latter you will be able to see vectors of the forces exerted on the block.

34. BUBL LINK: Optics Author European Optical Society Subjects optics, physics societies Subjects energy research, energy technology, optics, physics education http://bubl.ac.uk/link/o/optics.htm

BUBL LINK Catalogue of Internet Resources Home Search Subject Menus Countries ... Z Optics Titles Descriptions European Optical Society Fibre Optics Technology Institute of Physics Publishing Electronic Journals Laser Focus World: Optoelectronics Technology ... XCOM: Photon Cross Sections Database Comments: bubl@bubl.ac.uk European Optical Society The purpose of the EOS is to contribute to the scientific progress in optics and related sciences and to promote their applications on the European and international levels, by bringing together individual persons and legal bodies involved in their disciplines and their applications. The EOS aims to establish an open coordination of international conferences in Europe in the field of optics and is supported in this by all the national societies of the European countries. Author: European Optical Society Subjects: optics, physics societies DeweyClass: Resource type: documents Fibre Optics Technology Guide to fibre optics technology, covering fibre optic theory, fibre manufacture, light sources, systems and sensors. Author: Bell College Subjects: optics DeweyClass: Resource type: guide Institute of Physics Publishing Electronic Journals Set of peer reviewed journals in the broad area of physics, with full text access available to members of subscribing institutions. Tables of contents and the full text of featured articles are freely available to all. The electronic journals offer full text with mathematics and graphics, and allow searching, browsing and printing. Some titles, eg Nanotechnology, offer multimedia features such as videos of molecular simulations.

35. Elsevier Physics A web database with more than 80 Elsevier science journals with peer reviewed articles on Astronomy Astrophysics, Condensed Matter, Nuclear and High Energy physics, Nonlinear, Statistical Applied physics, optics, Radiation, Surfaces Interfaces, Ultrasonics http://www.elsevier.com/wps/find/P12.cws_home/main

Home Site map Regional Sites Advanced Product Search ... Physics Browse products within subject All product types Books Journals Electronic products ... Select your view Major Reference Works Encyclopedia of Condensed Matter Physics Edited By: G. Bassani, Gerald Liedl, Peter Wyder Publication date: July 2005 Encyclopedia of Modern Optics Edited by: Bob D. Guenther Now Published - Available online May 30, 2005 Encyclopedia of Physical Science and Technology Editor: Robert Meyers Available online now Encyclopedic Dictionary of Condensed Matter Physics Charles P. Poole, Jnr Now Published World Year of Physics Coinciding with the 100th anniversary of Albert Einstein's "Miraculous Year", the World Year of Physics 2005 aims to raise worldwide public awareness for physics and physical sciences. On this page you can read more about what Elsevier is doing during the World Year of Physics. Physics of Life Reviews Physics of Life Reviews is an international journal appearing quarterly, that publishes review articles on physics of living systems, complex phenomena in biological systems, and related fields of artificial life, robotics, mathematical bio-semiotics, and artificial intelligent systems. more information Announcing a New Journal The Edge - Biointerface Science Launching in 2006 We aim at a high-level journal that addresses the nature, behaviour and influence of surfaces and interfaces in biological systems.

36. Center For History Of Physics - American Institute Of Physics Has a mission to preserve and make known the history of modern physics and allied sciences including astronomy, geophysics and optics. http://www.aip.org/history/

home contact us join a society advanced search Publications ... RSS News Feeds current issue The Center for History of Physics preserves and makes known the history of modern physics and allied fields. Catalogs International Archival Catalog (ICOS) Archival finding aids Book catalog Photos Resources Oral History Interviews Newsletter [updated June 23!] New books and articles Syllabi for teachers Our grants Links About the Center Programs Niels Bohr Library Publications Contact us ... History Center search and site map Go to exhibits ALL EXHIBITS AT A GLANCE Marie Curie - Her Story in Brief Einstein: Image and Impact (IMPROVED!)

37. Anmeldung Annual meeting on atmospheric studies by optical methods to be held September 36, 2002 at the Leibniz-Institute of Atmospheric physics in K¼hlungsborn. http://www.iap-kborn.de/optik/29th_opt_meeting.htm

Programme, Abstracts, Photos XXIX ANNUAL EUROPEAN MEETING ON ATMOSPHERIC STUDIES BY OPTICAL METHODS September 3-6, 2002 IAP K¼hlungsborn Germany Programme Abstract book (PDF) Photos General The aim of these annual meetings is to provide a common platform for exchange of ideas, scientific results and instrumental techniques, with the only requirement that there exists a relation to atmospheric studies by optical methods. Even if the meetings are announced as European meetings, and European countries take turns in organising them, people from all over the world are welcomed to attend. The Annual Optical Meetings were started in Stockholm in the fall of 1973, with the intention of bringing together scientists, engineers and students using optical methods to study the upper atmosphere. In 2002 the meeting is organized by the Leibniz-Institute of Atmospheric Physics Local organization committee (LOC) The meeting is chaired by Prof. Dr. Franz-Josef L¼bken. The local organization committee members are Dr. Matthias Alpers, Prof. Dr. Ulf von Zahn and Mrs. Marion Lange (all from IAP). If you want to send an email to the LOC-members please use this link Mrs. Marion Lange

38. Problem Set - Geometric Optics - Physics 108 Phyllis Fleming physics. physics 108. Review Geometric optics. 1. In Fig. 1 below, label the angle of incidence Qi, the angle of reflection Qr, http://www.wellesley.edu/Physics/phyllisflemingphysics/108_p_geooptics.html

Phyllis Fleming Physics Physics 108 Review - Geometric Optics In Fig. 1 below, label the angle of incidence Q i , the angle of reflection Q r , and the angle of refraction or transmission Q t As shown in Fig. 2 below, a light ray hits a surface normally. What is the angle of (a) incidence, (b) reflection, and (c) refraction? For Fig. 3 below, find (a) the angle of reflection and (b) the angle of refraction. Redraw Fig. 3 and show the reflected and the refracted rays. The incident ray is in air with index of refraction n i = 1.00 and transmitted in a medium with index of refraction n t o and its reflected ray. Since we think of light as coming from rays diverging from an object, it appears that the reflected light comes from a point behind the mirror. Dash the reflected rays behind the mirror until they meet and label this point I for image. Compare the distances of O and I from the mirror. A light beam is incident upon a parallel glass plate, as shown in Fig. 5 below. Find the angle of (a) refraction at the first glass surface, (b) incidence at the lower glass-air surface, (c) refraction as the ray goes from glass to air. Use these angles to trace the path of the ray from air to glass and then from glass to air.

39. Mie Scattering Programs Top/Science/physics/optics/Software http://omlc.ogi.edu/software/mie/

Because I wanted to be able to do quick Mie calculation without needing to compile Mie code each and every time, I created an interactive web page that allows me (and you!) to do your own Mie scattering calculations! This does not help you much if you need to run many simulations, or you actually want to numbers from the simulation. Let me state that the best Mie codes are in Fortran. Period. The C versions have not been validated nearly as rigorously. Go to the ScatterLib for a complete selection of codes. I particularly recommend Wiscombe's code for homogeneous spheres You might also start at his home page and find other useful light propagation codes and papers. This will have links to various Mie scattering codes as well as references If you must have C code, then you can either use a the Fortran code with a Fortan-to-C converter, or write your own. I am embarrassed to say that I wrote my own. I have used Wiscombe's Mie testing data to validate this code and I can say that it only fails in a few extreme cases. This is the code that is used with the interactive calculator above. The source code is written in CWEB , which allows excellent documentation of scientific programs. Unfortunately, the C source has comments, but since I never look at the C source, it does not bother me.

40. Solution Set - Geometric Optics - Physics 108 Phyllis Fleming physics. physics 108. Answers Geometric optics. Note that I have used so = object distance, si = image distance, Qi for the incident ray, http://www.wellesley.edu/Physics/phyllisflemingphysics/108_s_geooptics.html

Phyllis Fleming Physics Physics 108 Answers - Geometric Optics Note that I have used s o = object distance, s i = image distance, Q i for the incident ray, Q r for the reflected ray, Q t for the transmitted ray. The angle of incidence Q i is the angle between the incident ray and the normal N. The angle of reflection Q r is the angle between the reflected ray and the normal N. The angle of refraction (transmission) Q t When a light ray hits a surface normally, the angle between the incident ray and the normal is 0, so Q i = 0. Since the angle of reflection equals the angle of incidence, Q r = 0. By Snell's law, n i sin Q i = n t sin Q t . For any value of n i and n t

Page 2     21-40 of 161    Back | 1  | 2  | 3  | 4  | 5  | 6  | 7  | 8  | 9  | Next 20