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         Physicists:     more books (100)
  1. Topology and Geometry for Physicists by Charles Nash, Siddhartha Sen, 2011-01-20
  2. The Stock Market and Finance From a Physicist's Viewpoint by M. F. Osborne, 1996-01
  3. The Modern Technology Of Radiation Oncology: A Compendium for Medical Physicists and Radiation Oncologists, Vol. 2
  4. Mathematics for Physicists and Engineers: Fundamentals and Interactive Study Guide by Klaus Weltner, Wolfgang J. Weber, et all 2009-12-18
  5. Group Representation Theory for Physicists by Jin-Quan Chen, Jialun Ping, et all 2002-09
  6. Physical thought from the Presocratics to the quantum physicists: An anthology
  7. From Science to God: A Physicist's Journey into the Mystery of Consciousness by Peter Russell, 2004-12-22
  8. Physics of Life: The Physicist's Road to Biology by Clas Blomberg, 2007-11-15
  9. Galileo: Astronomer and Physicist (Signature Lives: Scientific Revolution series) by Doak, Robin S., 2005-06-01
  10. Russia's Lomonosov: Chemist, Courtier, Physicist, Poet by Boris Nikolaevich Menshutkin, 1970
  11. The faith of a physicist by H. E Huntley, 1960
  12. Nikola Tesla: Physicist, Inventor, Electrical Engineer (Signature Lives) by Michael Burgan, 2009-03-30
  13. Modern Differential Geometry for Physicists (World Scientific Lecture Notes in Physics) by C. J. Isham, 1999-06
  14. Mathematical Methods for Physicists and Engineers: Second Corrected Edition by Royal Eugene Collins, 1998-01-29

41. Surfer Dude Stuns Physicists With Theory Of Everything - Telegraph
In this context I am reminded of the witch hunt conducted against an exCambridge theoretical physicist which continues until this day.
http://www.telegraph.co.uk/earth/main.jhtml?xml=/earth/2007/11/14/scisurf114.xml

42. A Party Of Famous Physicists
One day, all of the world s famous physicists decided to get together for a tea luncheon. Fortunately, the doorman was a grad student, and able to observe
http://www.physics.uwo.ca/~harwood/humor12.htm
A Party of Famous Physicists
One day, all of the world's famous physicists decided to get together for a tea luncheon. Fortunately, the doorman was a grad student, and able to observe some of the guests...
  • Everyone gravitated toward Newton, but he just kept moving around at a constant velocity and showed no reaction.
  • Einstein thought it was a relatively good time.
  • Coulomb got a real charge out of the whole thing.
  • Cavendish wasn't invited, but he had the balls to show up anyway.
  • Cauchy, being the only mathematician there, still managed to integrate well with everyone.
  • Thompson enjoyed the plum pudding.
  • Pauli came late, but was mostly excluded from things, so he split.
  • Pascal was under too much pressure to enjoy himself.
  • Ohm spent most of the time resisting Ampere's opinions on current events.
  • Hamilton went to the buffet tables exactly once.
  • Volt thought the social had a lot of potential.
  • Hilbert was pretty spaced out for most of it.
  • Heisenberg may or may not have been there.
  • The Curies were there and just glowed the whole time.
  • van der Waals forced himeself to mingle.

43. Petition By Physicists On Nuclear Weapons Policy, September 2005
As physicists we feel a special responsibility with respect to nuclear weapons; our profession brought them into existence 60 years ago.
http://physics.ucsd.edu/petition/
The following petition was drafted by individual UCSD physics faculty members and represents the individual views of the signatories below, not of the Physics Department nor the University.
Hear President Bush: nuclear strike option is "on the table", April 18, 2006

The petition is still ongoing, please add your signature by clicking on the links at the bottom of the page.
APS Statement on nuclear weapons use, April 21, 2006
: APS is deeply concerned about the possible use of nuclear weapons against non-nuclear-weapon states and for pre-emptive counter-proliferation purposes...
Letter to President Bush, April 17, 2006
; press release
List of Nobel laureates and other prominent petition signatories

Analysis of US nuclear weapons policy by Hans M. Kristensen
History ...
Letter from Congressmen to President on this issue (Dec. 2005)
Petition by physicists on nuclear weapons policy, September 2005
As physicists we feel a special responsibility with respect to nuclear weapons; our profession brought them into existence 60 years ago. We wish to express our opposition to a shocking new US policy currently under consideration regarding the use of nuclear weapons. We ask our professional organizations to take a stand on this issue, the Congress of the United States to conduct full public hearings on this subject, and the media and public at large to discuss this new policy and make their voices heard. This new policy was outlined in the document Nuclear Posture Review delivered to Congress in December 2001, part of which has been made public, and is further defined in the unclassified draft document

44. NOVA | Einstein's Big Idea | E = Mc2 Explained | PBS
In this audio feature, find out how physicists Nima ArkaniHamed, Janet Conrad, Sheldon Glashow, Brian Greene, Alan Guth, Tim Halpin-Healy, Lene Hau,
http://www.pbs.org/wgbh/nova/einstein/experts.html
var gaJsHost = (("https:" == document.location.protocol) ? "https://ssl." : "http://www."); document.write(unescape("%3Cscript src='" + gaJsHost + "google-analytics.com/ga.js' type='text/javascript'%3E%3C/script%3E"));
E = mc Explained
downloading clips, or subscribe to our podcast
Einstein's Big Idea homepage

Nima Arkani-Hamed
Theoretical Physicist
Harvard University
"Things that seem incredibly different can really be manifestations of the same underlying phenomena."
Running time 1:23
Janet Conrad
Experimental Physicist
Columbia University
"For me there's a lot more to the equation than E = mc Running time 1:32 Sheldon Glashow Theoretical Physicist and Nobel Laureate Boston University "When an object emits light, say, a flashlight, it gets lighter." Running time 2:28 Brian Greene Theoretical Physicist Columbia University "It certainly is not an equation that reveals all its subtlety in the few symbols that it takes to write down." Running time 2:19 Alan Guth Theoretical Physicist MIT "It's easiest to explain by how things looked from the point of view of Newton." Running time 1:46 Tim Halpin-Healy Theoretical Physicist Barnard College, Columbia University

45. COMP/OCMP - Home
Welcome to the website of the Canadian Organization of Medical physicists, the main professional body for medical physicists practicing in Canada.
http://www.medphys.ca/
The Voice Of Canadian Medical Physicists Contact Us Larger Type Sitemap Member Login Go > Search Site Go > Home About Medical Physics About COMP ... CCPM Download latest edition of InterACTIONS! (COMP Members only)
Links

Contact Us
Welcome to the website of the Canadian Organization of Medical Physicists, the main professional body for medical physicists practicing in Canada.
2008 Annual Scientific Meeting Quebec City - June 25-28
Submit your abstract here.
COMP News 2008 Dues Renewal
Online payment now available More >> 2008 Annual Scientific Meeting Abstract Submission Details
More >>
Call for Nominations
COMP Chair and COMP Treasurer Nominations due April 30, 2008 More >> 2008 Developing Country Resident Travel Award
Applications due May 4, 2008 More >> CAPCA Quality Control Standards
More >>
Last Updated: 2008.03.17 COMP/OCMP, 2008 Home Fran§ais Larger Type Member Login ... CCPM

46. HARP Cherenkov Detector
C++ for Particle physicists Lecture by Paul Kunz ( Stanford University ). CERN, Geneva. Lecture number, Title, RealPlayer Plugin, RealPlayer Detached
http://www.wlap.org/cern/lectures/tech/c/
home project software help ... search C++ for Particle Physicists
Lecture by Paul Kunz Stanford University CERN, Geneva Lecture
number Title RealPlayer Plug-in RealPlayer Detached
Introduction: Types and Operators (part 1) Introduction: Types and Operators (part 2) Functions and Pointers (part 1) Functions and Pointers (part 2) ... More About Inheritance (part 2) For information: Last modified: Wednesday, 16-Jul-2003 19:04:25 EDT

47. Jobs For Physicists
They hope you ll find their links to be exciting, enjoyable and informative even if you re not a Nuclear Physicist or Rocket Scientist (yet!).
http://www.physics.adelaide.edu.au/jobs/Jobs.html
The Department of Physics at the University of Adelaide is proud to provide the following review of
P hysics C areers
G et a P hysics D egree and S ee the W orld
Visit the following links to discover a whole world of exciting careers in Physics. All you need is your passport: a degree in physics!
SPIRES HEPJobs Database
This database, maintained by Fermilab and SLAC libraries, lists jobs in the fields of core interest to the SPIRES-HEP community. That is, people working in astro-ph, gr-qc, hep-ex, hep-lat, hep-ph, hep-th, nucl-ex, nucl-th, physics.ins-det and physics.acc-ph.
Physics Jobs On-Line
This popular site, also known as TIPTOP, includes the order of 200 physics job opportunities from around the world listed as Open Positions, Postdoctoral Openings, PhD Studentships, and even Summer Jobs! The comprehensive listings include both experiment and theory in all fields.
European Careers
Based at the CERN European Laboratory for Particle Physics, this page features European based jobs primarily in the field of particle physics. Opportunities are listed by institution and level. This site also provides links to additional European job announcements.
Science Jobs
This page covers a broad range of science based jobs. Job searching by discipline, location and organization is possible. This site specializes in Swiss and other European locations.

48. What Can You Do With A Physics Major After Graduation?
Many students who major in Physics do so with the idea that they will eventually be professional physicists. However, others pursue careers in industry,
http://www.physics.upenn.edu/undergraduate/whatdo.html
What Can You Do With a Physics Major After Graduation?
Why Be a Physics Major?
Nobody knows what the economic situation will be then, or which fields will be "hot." Attempts to do this kind of forecasting in the past have been notably unsuccessful. The best advice to undergraduates at this stage seems to be, "Do what interests you and what you are good at." If you think you want to go on to Physics graduate school and ultimately be a professional physicist, you should ask yourself two questions: 1) Am I really, really excited by Physics, to the extent that I want to do it more than anything else? 2) Am I good at Physics? If your answers to both questions are positive, you should seriously consider majoring in Physics and then continuing on to graduate school. There will always be openings for good people. If you aren't sure about your answers, you should still consider majoring in Physics, but be thinking about other things to do after graduation.

49. Physicists Create Great Balls Of Fire - Fundamentals - 07 June 2006 - New Scient
Luminous clouds of ball lightning up to 20 centimetres across and lasting up to half a second are made in the lab.
http://www.newscientist.com/article/dn9293-physicists-create-great-balls-of-fire
New Scientist Space Technology Environment ... SUBSCRIPTIONS CENTRE Get 4 extra free issues and unlimited free access to NewScientist.com SUBSCRIBE RENEW GIFT SUBSCRIPTION MY ACCOUNT ... CUSTOMER SERVICE
Physicists create great balls of fire
  • 18:13 07 June 2006 NewScientist.com news service Amarendra Swarup
Enlarge image Despite the bright glow, the balls also appear to be rather cold, much like neon lights (Image: Max Planck Institute for Plasma Physics) Tools Related Articles Web Links Ball lightning – the mysterious slow-moving spheres of light occasionally seen during thunderstorms – has been created in the lab. Researchers at the Max Planck Institute for Plasma Physics and the Humboldt University, both in Berlin, have used underwater electrical discharges to generate luminous plasma clouds resembling ball lightning that last for nearly half a second and are up to 20 centimetres across. They hope that these artificial entities will help them understand the bizarre phenomenon and perhaps even provide insights into the hot plasmas needed for fusion power plants.

50. How Do Physicists Use An E-Print Archive? Implications For Institutional E-Print
This paper describes how physicists make use of an established centralized subjectbased e-prints service, arXiv (formerly known as the Los Alamos XXX
http://www.dlib.org/dlib/december01/pinfield/12pinfield.html
Contents
D-Lib Magazine
December 2001
Volume 7 Number 12
ISSN 1082-9873
How Do Physicists Use an E-Print Archive?
Implications for Institutional E-Print Services
Stephen Pinfield
Library Services
University of Nottingham, UK
Stephen.Pinfield@Nottingham.ac.uk
Abstract
Introduction
At the University of Nottingham, we are in the process of setting up an experimental institutional e-print archive [ ]. The technical side of this has been reasonably straightforward. We are using the software produced by e-prints.org [ ], and have customized the interface to give it a Nottingham 'look and feel'. However, the managerial and cultural aspects of 'self-archiving' have proved to be rather more complex. How can researchers be encouraged to contribute to the e-print archive? What is in it for them? How can procedures be managed to make it simple for them to archive their material? To help us address these questions, we decided we needed to know more about how a successful e-print archive is actually being used by researchers. To do this, we chose to look at use of the arXiv service (formerly known as the Los Alamos XXX service) [ ]. We consulted (face-to-face or by email) a number of researchers who are making use of arXiv. At the same time, we looked at the service itself to see if what we were being told seemed to reflect the wider experience.

51. American Association Of Physicists In Medicine Celebrates Golden Anniversary
Many of the greatest inventions in modern medicine were developed by physicists who imported technologies such as X rays, nuclear magnetic resonance,
http://www.medicalnewstoday.com/articles/99073.php
@import "/css/pagelayout.css"; @import "/css/default.css"; @import "/css/defaultnews.css"; News Archive [ link Web Wikipedia Medical Dictionary [ link Medical Devices News Useful Links
American Association Of Physicists In Medicine Celebrates Golden Anniversary
Main Category: Medical Devices
Also Included In: Breast Cancer Radiology / Nuclear Medicine Public Health
Article Date: 29 Feb 2008 - 6:00 PST
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Many of the greatest inventions in modern medicine were developed by physicists who imported technologies such as X rays, nuclear magnetic resonance, ultrasound, particle accelerators and radioisotope tagging and detection techniques into the medical domain. There they became magnetic resonance imaging (MRI), computerized tomography (CT) scanning, nuclear medicine, positron emission tomography (PET) scanning, and various radiotherapy treatment methods. These contributions have revolutionized medical techniques for imaging the human body and treating disease.
Now, in 2008, the American Association of Physicists in Medicine (AAPM), the premier scientific and professional association of medical physicists, is celebrating its 50th anniversary and is calling attention to the field of medical physics achievements

52. Romanian Medical Physicists Association - ARFM
arfm. Romanian Medical physicists Association. welcome Romanian Medical physicists Association. Asociatia Romana a Fizicienilor Medicali (ARFM)
http://www.arfm.go.ro/
Romanian Medical Physicists Association
Home

About RMPA

Staff

Members
...
Contact

click here to enter
for Romanian version
Visitors
Since 20 January
Send me your suggestions
Romanian Medical Physicists Association
Asociatia Romana a Fizicienilor Medicali (ARFM)
Marin Bodale t_rid="arfmgoro";

53. Harvard University Department Of Physics
Today, the latest generation of Harvard physicists continues to bring new insights into the exploration of fundamental problems involving physics at all
http://www.physics.harvard.edu/
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Harvard University Department of Physics
limited-graphics page site map contact us 17 Oxford Street
Cambridge, MA 02138, USA
(617)495-2872 phone
(617)495-0416 fax In 1884, a new physics laboratory opened at Harvard, the first of its kind in the Nation. It was based on the revolutionary idea that "the department of physics in a University must embrace both teaching and investigation" (John Trowbridge, 1877).
From those pioneering days and throughout the Department's long and illustrious history, its faculty and students have been engaged in groundbreaking research and standard-setting instruction, contributing importantly to Harvard's reputation as one of the premier institutions of higher learning in the world. Among Harvard's 43 Nobel laureates, 10 are or were physics faculty members. Today, the latest generation of Harvard physicists continues to bring new insights into the exploration of fundamental problems involving physics at all length scales, and to provide outstanding and innovative educational opportunities to the many talented men and women who enroll in Harvard's flexible undergraduate and graduate programs.

54. Quantum Diaries - Follow Physicists From Around The World As They Live The World
Follow physicists from around the world as they live the World Year of Physics The physicists Around the World World Year of Physics
http://www.interactions.org/quantumdiaries/physicists/index.html
FIND A BLOG Einstein: Big Idea Career Week Rosa Alba Stephon Alexander Ursula Bassler Nick Brook Karsten Buesser Alessandro Cardini Bryan Dahmes Frederic Deliot Tommaso Dorigo John Ellis Makoto Fujiwara Rob Gardner Claire Gray Debbie Harris Karsten Heeger Alex Koutsman Sandra Leone Maaike Limper Frank Linde Shohei Nishida Jose Ocariz Caolionn O'Connell Marcello Pavan Sarah Phillips Anuj Purwar Julio Rodriguez Martino Peter Steinberg Andrey Tamanov Sophie Trincaz-Duvoid David Waller Gordon Watts Jochen Weller Zhi-Zhong Xing The Physicists
Peter Steinberg

Brookhaven, USA,
Lang: English BLOG VIDEO Tommaso Dorigo
Fermilab, USA
Lang: English BLOG VIDEO Sophie Trincaz-Duvoid
IN2P3, France
Lang: French BLOG Frank Linde
NIKHEF,
Netherlands
Lang: Dutch, English BLOG VIDEO Jochen Weller Fermilab, USA Lang: English BLOG VIDEO Maaike Limper NIKHEF, Netherlands Lang: Dutch, English BLOG Debbie Harris Fermilab, USA Lang: English BLOG VIDEO Frederic Deliot CEA/DAPNIA France Lang: French BLOG Andrey Tamonov JINR Dubna, Russia

55. Official IYPT Web Site
The Regulations of the International Young physicists Tournament pdf file. Executive Committee, President - Prof. Gunnar Tibell
http://www.iypt.org/
IYPT International Young Physicists' Tournament The Physics World Cup
21th IYPT 2008 in Split/Croatia 21st of May - 28th of May 2008
Statutes International Young Physicists' Tournament (IYPT) statutes - pdf file Official Regulations The Regulations of the International Young Physicists' Tournament - rtf file The Regulations of the International Young Physicists' Tournament - pdf file Executive
Committee President - Prof. Gunnar Tibell General Secretary - Dr. Martin Plesch Treasurer - Alfredo Mastrocola Members Rudolf Lehn; Brigitte Pagana-Hammer Myeung Hoi Kwon; Kreso Zadro New Problems Problems of the 21th IYPT - rtf file Problems of the 21th IYPT - doc file Problems of the 21th IYPT - pdf file 21th IYPT in Trogir/Croatia Previous Tournaments 2007 - 20th IYPT (Seoul/Korea)
2006 - 19th IYPT (Bratislava/Slovakia)

2005 - 18th IYPT (Winterthur/Switzerland)

2004 - 17th IYPT (Brisbane/Australia)
...
2002 - 15th IYPT (Odessa/Ukraine)

2001 - 14th IYPT (Espoo/Finland) - link not reachable
2000 - 13th IYPT (Budapest/Hungary)

1999 - 12th IYPT (Vienna/Austria)

1998 - 11th IYPT (Donaueschingen/Germany)
1997 - 10th IYPT (Cheb/ Czech Republic) 1996 - 9th IYPT (Kutaissi/Georgia) - link not reachable 1995 - 8th IYPT (Spala/Poland) - link not reachable Rudolf Lehn webdesigner Dr. Alexander Urban

56. Careers In Health Physics
These physicists were called health physicists, and the profession known as Health physicists work in a variety of disciplines, including research,
http://www.hps.org/publicinformation/hpcareers.html
Who We Are Join the HPS Meetings Public and Media ... Meetings
Careers in Health Physics
The Profession
For decades, ionizing radiation has been beneficial to humans, from treating cancer to generating electrical power. But when used in large quantity or in an unsafe way, ionizing radiation can harm living organisms. Care must be taken with nuclear reactors, nuclear weapons, high-energy particle accelerators, x-ray machines, and radionuclides used in biomedical research and therapy. This special attention helps minimize the potential for unnecessary irradiation of individuals or environmental contamination. Many industries, medical facilities, defense plants, and research laboratories demand professionals who understand radiation hazards and their prevention and control. Prominent among scientists is the health physicist, who controls the beneficial use of ionizing radiation while protecting workers and the public from potential hazards. The health physics profession is diverse and one of the most interesting and rewarding fields of scientific endeavor.
A Century Ago....

57. Exotic Pentaquark Particle
News Release from Jefferson Lab . Explanation for the general public. Explanation for the general scientist. Explanation for physicists .
http://www.phy.ohiou.edu/~hicks/thplus.htm
New results from the CLAS Collaboration Search for Pentaquarks
The OLD version of this page is linked here
The Tampa Conference update of this page is linked here
At the Jefferson Laboratory (Newport News, VA, USA), new results from another high-statistics search for the pentaquark were presented at the Users Group Meeting on June 20, 2005. The new results are for a deuterium target, rather than the hydrogen target results presented at the Tampa APS meeting (see link above). Why are the deuterium result important? For several reasons: (1) most theoretical models predict a much larger probability to produce the pentaquark from a neutron than from a proton (see link below), (2) the CLAS Collaboration published positive results at low-statistics already for the deuterium target, and (3) the only way to check that the previous signal was real or just a statistical fluctuation is to get high-statistics. The main results are: (1) the previous pentaquark signal could not be reproduced at high-statistics, suggesting that it was a statistical fluctuation, (2) if the pentaquark does exist, it either has a very broad energy-spread (also called the energy width) or it has a lower-than-expected probability to be produced under the conditions measured by the CLAS detector. Note that these findings contradict the earlier (low-statistics) result from CLAS, and hence it deals another blow to possible existence of the pentaquark. However, the existence of the pentaquark is still an open question. There are many other experiments with positive evidence for the "Theta" pentaquark. In fact, new positive evidence was just presented by the LEPS Collaboration (from Japan) at the recent Bejing meeting (see the link below). In addition, the STAR Collaboration has also presented new, positive results for the Theta++ (also at the Bejing meeting). The mystery deepens, and can only be solved by looking at data from new experiments which are planned or in progress.

58. Math And Physics Quest.html
Outlines a Webquest for studying the history of contributions to both these fields, and includes resources for solving the task.
http://education.nmsu.edu/webquest/wq/math/mathpyswq.htm
THE HISTORY OF MATHEMATICIANS AND PHYSICISTS by Carmen Pareo Kandi Rachmadi Widdiharto Introduction ... Conclusion
INTRODUCTION
Most people may not like the idea of studying mathematics and physics, because they feel that it is boring and hard to understand. They do not see how these subjects are related to their lives. Actually, people do not realize how often they use mathematics and physics everyday without even thinking about it. One way that these subjects may become more interesting is learning more about people who have helped to develop the equations and formulas that are used. When science was first being studied, the relationship between mathematics and physics was very close. It was impossible to separate these two subjects. Even today it is important to support scientific development. Students should understand the connection between mathematics and physics. In order to understand these subjects students must know about the people who made contributions to them.
THE TASK
You are members of a group of researchers who are studying the history of contributions to BOTH mathematics and physics. Each group will consist of five students. Each student in the group should research two different people from this list. After researching the people in the list go back to your group to discuss your findings. Then, choose five of them and describe the specific contribution that each person made to both mathematics and physics. Finally, you will be making a presentation to your classmates on your findings.

59. Texas Department Of State Health Services, Professional Medical Physicists - Hom
Welcome to the home page of the The Texas Board of Licensure for Professional Medical physicists, the state board that licenses and regulates Medical
http://www.dshs.state.tx.us/mp/default.shtm
@import url(/css/hhss.css); /*IE and NN6x styles */ @import url(/css/sidenavexpand.css); /*IE and NN6x styles */ skip to: page content sidebar navigation header navigation footer navigation ... Buscar This is the Texas Board of Licensure for Professional
Medical Physicists Home Page
Texas Board of Licensure for Professional Medical Physicists
Home Page
Applications/Forms Complaint Process Contact Us Enforcement Actions ... Statutes/Laws Welcome to the home page of the The Texas Board of Licensure for Professional Medical Physicists, the state board that licenses and regulates Medical Physicists in Texas. Last Updated January 11, 2008 Contact Us Compact with Texans Homeland Security Internet Policy ... Texas Online

60. Physicists Biographies
Famous physicists. Albert Einstein Andrei Sakharov Bloch Felix Edison Thomas Edward Teller Enrico Fermi Heinrich Rudolf Hertz
http://phisicist.info/
Menu
  • Albert Einstein
  • Andrei Sakharov
  • Bloch Felix
  • Edison Thomas ...
    main

    Famous physicists Albert Einstein
    Andrei Sakharov

    Bloch Felix

    Edison Thomas
    ...
    Wolfgang Pauli

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