In this section you will find CERN's latest updates and press releases.


Press release: First results from LEP2

Geneva, 10 July 1996. CERN1's Large Electron-Positron collider, LEP, produced its first pair of fundamental particles known as W+ and W- today, taking particle physics research into new and unexplored territory. This follows a busy winter of upgrades which have transformed LEP into a new accelerator, earning it the name LEP2.

Press release: CERN looks forward to exciting future

Geneva, 21 June 1996. The CERN1 Council, where the representatives of the 19 Member States of the Organization decide on scientific programmes and financial resources, held its 104th session today under the chairmanship of Prof. Hubert Curien (F).

Press release: First Czech industrial exhibition at CERN

Geneva, 11 June 1996. On 7 June, Mr Radomir Sabela, Deputy Minister for Industry and Trade of the Czech Republic together with CERN Director General Prof. Chris Llewellyn Smith formally opened the first ever exhibition of Czech hi-tech companies at CERN1.

Press release: Accolade for Inventors of the World-Wide Web

Geneva, 15 February 1996. Nearly seven years after it was invented at CERN1, the World-Wide Web has woven its way into every corner of the Internet. On Saturday, 17 February, the inventors of the Web, Tim Berners-Lee, now at Massachusetts Institute of Technology (MIT), and Robert Cailliau of CERN's Electronics and Computing for Physics (ECP) Division, will be honoured with one of computing's highest distinctions: the Association for Computing (ACM) Software System Award 1995. They share this prize with Marc Andreessen and Eric Bina, inventors of the Web browser "Mosaic".

Press release: First atoms of antimatter produced at CERN

Geneva, 4 January 1996. In September 1995, Prof. Walter Oelert and an international team from Jülich IKP-KFA, Erlangen-Nuernberg University, GSI Darmstadt and Genoa University succeeded for the first time in synthesising atoms of antimatter from their constituent antiparticles. Nine of these atoms were produced in collisions between antiprotons and xenon atoms over a period of three weeks. Each one remained in existence for about forty billionths of a second, travelled at nearly the speed of light over a path of ten metres and then annihilated with ordinary matter.


Subscribe to News

You are here