Nobel Prize

Swedish 5 oktober 2004 har beslutat utdela 2004 års Nobelpris i fysik “för upptäckten av asymptotisk frihet i teorin för den starka växelverkan” gemensamt till David J. GrossKavli Institute for Theoretical Physics vid University of California, Santa Barbara, USA, H. David PolitzerCalifornia Institute of Technology (Caltech), Pasadena, USA, och Frank WilczekMassachusetts Institute of Technology (MIT),…

  The Nobel Prize in Physics 2004             The theory shows its true colours The aftermath of a high-energy collision between a proton and an electron, as seen by the H1 experiment at the DESY laboratory in Hamburg. The experiment is shown in cross-section, perpendicular to colliding beams of protons…

  The Nobel Prize in Physics 2004     Credits Editors: Lars Bergström and Per Carlson, Secretary and Member of the Nobel Committee for Physics. Mark Pearce, The Royal Institute of Technology, Stockholm, Jonas Förare, Anna Lindquist and Eva Krutmeijer, The Royal Swedish Academy of Sciences. Layout and illustrations: Typoform Printing: Katarinatryck AB 2004  …

  The Nobel Prize in Physics 2004      Earlier Nobel Laureates whose work was of great consequence for this year’s award:     Contents: |  |  |   |  |  |  |  |  | |   Web Adapted Version of the Nobel Poster from the Royal Swedish Academy of Sciences

  The Nobel Prize in Physics 2004         Inside the proton The three quarks within the proton are held together by the powerful force mediated by the gluons, depicted here as coiled springs. As the distance between the quarks increases, so does the force between them.   Contents: |  |  |   |  |  |  |  |  | |  …

  The Nobel Prize in Physics 2004             The strong force Many tried but failed, to find a theory in which the strength of the strong force decreases as the energy increases. This year’s Nobel Laureates produced a theory with the required minus sign.       Contents: |  |  |   |  |  |  | …

  The Nobel Prize in Physics 2004     Further reading QCD Made Simple, Physics Today August 2000, p. 22 Joining up the dots with the strong force, by C. Davies, CERN Courier June 2004, p. 23 The W and Z at LEP, by C. Stutton and P. Zerwas, Cern Courier May 2004, p. 21…

  The Nobel Prize in Physics 2004             The Standard Model and the four forces The quarks and gluons of the strong (or colour) force are the third piece in the puzzle of nature’s four forces. The first piece, the electromagnetic force, is similar to the strong force but instead…

  The Nobel Prize in Physics 2004             A unified theory for all forces? This year’s prize paves the way for a more fundamental future description of the forces in nature. The electromagnetic, weak and strong forces have much in common and are perhaps different aspects of a single force.…

  The Nobel Prize in Physics 2004 The Royal Swedish Academy of Sciences has decided to award the Nobel Prize in Physics for 2004 “for the discovery of asymptotic freedom in the theory of the strong interaction” jointly to David J. Gross, H. David Politzer and Frank Wilczek     David J. Gross Kavli Institute…