Talks, Seminars and Other Events

Bernard Gregory's Memorial lecture : videotapes : CERN, Geneva, 27 Feb 1978.

0:00:00 Slide 1
0:05:42 Slide 2
0:11:23 Slide 3
0:17:04 Slide 4
0:22:46 Slide 5
0:28:27 Slide 6
0:34:08 Slide 7
0:39:50 Slide 8
0:45:31 Slide 9
0:51:12 Slide 10

Bernard Gregory's Memorial lecture : videotapes : CERN, Geneva, 27 Feb 1978.

0:00:00 Slide 1
0:05:59 Slide 2
0:11:58 Slide 3
0:17:57 Slide 4
0:23:56 Slide 5
0:29:55 Slide 6
0:35:54 Slide 7
0:41:53 Slide 8
0:47:52 Slide 9
0:53:51 Slide 10

The scientist and his work by D. AMATI and S. FUBINI. A socially engaged scientist by V. F. WEISSKOPF. This week, we pay homage to Albert Einstein, the giant of twentieth-century physics born exactly 100 years ago on 14 March 1879 in Ulm, Germany. At the height of his career, Einstein made a whole series of monumental contributions to physics, including the elaborate theories of special and general relativity which revolutionized human thought and marked a major breakthrough in our understanding to the Universe. Along with quantum mechanics, relativity is one of the twin pillars of understanding which allow us here at CERN to study the behaviour of the tiniest components of matter. The development of quantum mechanics took the combined efforts of some of the greatest scientists the world has known, while relativity was developed almost single-handed by Einstein. The centenary of his birth is being commemorated all over the world. Exhibitions and symposia are being organized, books published, postage stamps issued, statues unveiled, and television documentaries screened. Here at CERN, M. Fierz and V. Weisskopf will present their own tributes to the great man on Monday evening 12 March at 20.00 in the Main Auditorium..

0:00:00 Slide 1
0:09:43 Slide 2
0:19:25 Slide 3
0:29:07 Slide 4
0:38:50 Slide 5
0:48:32 Slide 6
0:58:14 Slide 7
1:07:57 Slide 8
1:17:39 Slide 9
1:27:21 Slide 10

A socially engaged scientist by V. F. WEISSKOPF. On the origin of the Einstein-Russell statement on nuclear weapon by H. S. BURHOP. This week, we pay homage to Albert Einstein, the giant of twentieth-century physics born exactly 100 years ago on 14 March 1879 in Ulm, Germany. At the height of his career, Einstein made a whole series of monumental contributions to physics, including the elaborate theories of special and general relativity which revolutionized human thought and marked a major breakthrough in our understanding to the Universe. Along with quantum mechanics, relativity is one of the twin pillars of understanding which allow us here at CERN to study the behaviour of the tiniest components of matter. The development of quantum mechanics took the combined efforts of some of the greatest scientists the world has known, while relativity was developed almost single-handed by Einstein. The centenary of his birth is being commemorated all over the world. Exhibitions and symposia are being organized, books published, postage stamps issued, statues unveiled, and television documentaries screened. Here at CERN, M. Fierz and V. Weisskopf will present their own tributes to the great man on Monday evening 12 March at 20.00 in the Main Auditorium..

0:00:00 Slide 1
0:09:43 Slide 2
0:19:25 Slide 3
0:29:07 Slide 4
0:38:50 Slide 5
0:48:32 Slide 6
0:58:14 Slide 7
1:07:57 Slide 8
1:17:39 Slide 9
1:27:21 Slide 10

25th CERN Anniversary with the talks of Prof. Weisskopf and Prof. Casimir. Introduction and conclusion by Jean Teillac, President of the CERN Council.

0:00:00 Slide 1
0:08:04 Slide 2
0:16:08 Slide 3
0:24:12 Slide 4
0:32:15 Slide 5
0:40:19 Slide 6
0:48:23 Slide 7
0:56:26 Slide 8
1:04:30 Slide 9
1:12:34 Slide 10

We would like to invite the members of the CERN personnel to an information meeting which will be held in the Auditorium on Friday 14 december 1979 at 15.00 hours. The results of the Social Enquiry (RESCO) will be presented at the meeting together with the standpoint of the management in preparation for the forthcoming meetings of the Finance Commitee and Council. Only members of the CERN personnel are invited to this meeting..

0:00:00 Slide 1
0:07:01 Slide 2
0:14:01 Slide 3
0:21:01 Slide 4
0:28:02 Slide 5
0:35:02 Slide 6
0:42:02 Slide 7
0:49:03 Slide 8
0:56:03 Slide 9
1:03:03 Slide 10

We would like to invite the members of the CERN personnel to an information meeting which will be held in the Auditorium on Friday 7 march 1980 at 14.30 hours. The main topic of this meeting will be the implementation of the RESCO recommandations as approved by Council and the Finance Committee. Only members of the CERN personnel are invited to this meeting..

0:00:00 Slide 1
0:08:37 Slide 2
0:17:13 Slide 3
0:25:49 Slide 4
0:34:26 Slide 5
0:43:02 Slide 6
0:51:38 Slide 7
1:00:15 Slide 8
1:08:51 Slide 9
1:17:27 Slide 10

Jean BERNARD est ne a Paris en 1907. Il fait ses etudes a la Faculte des Sciences et de Medecine. Il a consacre une oeuvre considerable aux developpements des recherches et des connaissances sur les causes et les traitements des maladies du sang. Ses principaux travaux sont sur les leucemies. La medecine a plus change pendant les 40 dernieres annees que pendant les 40 siecles precedents. Certains de ces progres meritent une analyse particuliere. Les echecs ou les demi-echecs doivent etre examines. Les voies futures de la recherche biologique et medicale sont pour une large part inspires par ces echecs. Les consequences economiques et sociales des progres de la medecine : economiques, les depenses de la sante croissant plus que le produit national brut. Les remedes efficaces doivent etre discutes. Morales, avec les trois maitrises a acquise ou va acquerir, maitrise de l'heredite, maitrise de la reproduction, maitrise du systeme nerveux..

0:00:00 Slide 1
0:09:16 Slide 2
0:18:31 Slide 3
0:27:46 Slide 4
0:37:02 Slide 5
0:46:17 Slide 6
0:55:32 Slide 7
1:04:48 Slide 8
1:14:03 Slide 9
1:23:18 Slide 10

On December 4 1930, Wolfgang Pauli addressed an "open letter" to Lise Meitner and others attending a physics meeting, suggesting the neutrino as a way out of the difficulties confronted in beta rays research, especially by the existence of a continuous beta spectrum. He proposed a new particle later called the neutrino. The prehistory leading up to Pauli's letter will be reviewed, as well as the later discovery of the electron-neutrino followed by the muon-neutrino. There are now believed to be three different types of neutrino and their anti-particles. Neutrinos have a spin 1/2; but only one spin component has been found in nature: neutrinos go forward as "left-handed" screws and anti-neutrinos as "right-handed" ones. A question still not convincingly resolved today is wether neutrinos have a mass different from zero and, if they do, what consequences this would have for the behaviour of neutrinos and for cosmology..

0:00:00 Slide 1
0:08:05 Slide 2
0:16:10 Slide 3
0:24:14 Slide 4
0:32:19 Slide 5
0:40:23 Slide 6
0:48:28 Slide 7
0:56:32 Slide 8
1:04:37 Slide 9
1:12:41 Slide 10

L. LEPRINCE-RINGUET presente son dernier livre, "La potion magique". Apres la croissance rapide de la societe, la crise semble montrer que l'on a atteint un palier. Va-t-on, comme bon nombre de civilisations, vers une decadence?.

0:00:00 Slide 1
0:05:07 Slide 2
0:10:14 Slide 3
0:15:21 Slide 4
0:20:28 Slide 5
0:25:35 Slide 6
0:30:41 Slide 7
0:35:48 Slide 8
0:40:55 Slide 9
0:46:02 Slide 10

L. LEPRINCE-RINGUET presente son dernier livre, "La potion magique". Apres la croissance rapide de la societe, la crise semble montrer que l'on a atteint un palier. Va-t-on, comme bon nombre de civilisations, vers une decadence?.

0:00:00 Slide 1
0:06:19 Slide 2
0:12:37 Slide 3
0:18:55 Slide 4
0:25:14 Slide 5
0:31:32 Slide 6
0:37:50 Slide 7
0:44:09 Slide 8
0:50:27 Slide 9
0:56:45 Slide 10

Information speech given by Prof. Calogero from the university of Roma to describe the actual situation of nuclear weapons in Europe, the strategical reasons or justifications for this deployment, the prospects of negociations, and what scientists could do and do on this issue..

0:00:00 Slide 1
0:09:01 Slide 2
0:18:01 Slide 3
0:27:01 Slide 4
0:36:01 Slide 5
0:45:01 Slide 6
0:54:01 Slide 7
1:03:01 Slide 8
1:12:01 Slide 9
1:21:01 Slide 10