Nobel Prize

Born in Cairo in 1911, Naguib Mahfouz began writing when he was seventeen. His first novel was published in 1939 and ten more were written before the Egyptian Revolution of July 1952, when he stopped writing for several years. One novel was republished in 1953, however, and the appearance of the Cairo Triology, Bayn al…

Naguib Mahfouz – The Son of Two Civilizations by Anders Hallengren This article was published on 16 October 2003. “I am the son of two civilizations that at a certain age in history have formed a happy marriage. The first of these, seven thousand years old, is the Pharaonic civilization; the second, one thousand four…

more

19 October 1988 has decided to award the 1988 Nobel Prize in Physics jointly to Leon Lederman, Batavia, Illinois, USA, Melvin Schwartz, Mountain view, California, USA and Jack Steinberger, Geneva, Switzerland, for the neutrino beam method and the demonstration of the doublet structure of the leptons through the discovery of the muon neutrino. This year’s…

Presentation Speech by Professor Gösta Ekspong of the Translation from the Swedish text Your Majesties, Your Royal Highnesses, Ladies and Gentlemen, The Royal Swedish Academy of Sciences has decided to award this year’s Nobel Prize in Physics jointly to Dr Leon Lederman, Dr Melvin Schwartz and Dr Jack Steinberger. The citation has the following wording,…

more

  Published by: © Information Department Box 50005 S-104 05 Stockholm, Sweden, Tel. +46-(0)8-15 04 30 Editor: Dr Erik Johansson Department of Physics, Stockholm University Vanadisvägen 9, S-113 46 Stockholm, Sweden Illustrator: Karin Feltzin, Stockholm, Sweden Web Adapted Version: Nobelprize.org Every effort has been made by the publisher to credit organizations and individuals with regard…

  description of the weak force was incomplete. According to his theory the probability for a reaction at very high energies could exceed 1, which is impossible. It was therefore important to study the weak force at high energies, but the problem was how! It was possible to produce beams of particles with high energy,…

  The neutrino is the most elusive of the known elementary particles. It has no electric charge and, as far as we know, no rest mass. The neutrino hardly interacts with matter at all. It can go through lead with a thickness of 10 000 billion kilometres (one light year) without interacting. The neutrino interacts…

  There are four fundamental forces acting in nature: the gravitational force, the electromagnetic force, the strong and the weak force. If one compares the strength of the different forces, setting the gravitational force at 1, the proportion becomes:   the gravitational force 1   the weak force 1031   the electromagnetic force 1036  …