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Dive into the research topics where Emilio Picasso is active.

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Featured researches published by Emilio Picasso.


Archive | 1989

The Large Hadron Collider (LHC) in the LEP tunnel

Alfred M Asner; Emilio Picasso; Yves Baconnier; N. Hilleret; J Schmid; Helmut Schonbacher; K Gobel; E. Weisse; Daniel Ch. Brandt; Alain Poncet; Dietrich Hagedorn; L Vos; H. Henke; R. Garoby; E Habel; Lyndon R Evans; M Bassetti; A. Fassò; Oscar Barbalat; Lorenzo Resegotti; R Calder; W. Scandale; R Wolf; Wolfgang Schnell; Daniel Boussard; Mario Morpurgo; Kjell Johnsen; Eberhard Keil; Manfred Hofert; Daniel Leroy

After the remarkable start-up of LEP, the installation of a Large Hadron Collider, LHC, in the LEP tunnel will open a new era for the High Energy Physics. This report summarizes the main LHC parameters and subsytems and describes the more recent studies and developments.


Physics Reports | 1974

The muon (g-2) precession experiments: past, present and future

F. H. Combley; Emilio Picasso

Abstract In this review we survey the various experiments completed or in preparation, which are designed to probe the anomalous magnetic moment of the muon to greater and greater precision. The emphasis lies particularly on the general issues involved and also on the most recent developments.


Physics Reports | 1981

The CERN muon (g-2) experiments

F. Combley; F.J.M. Farley; Emilio Picasso

Abstract In this review we trace the evolution of the three muon ( g -2) experiments which have played a considerable role in the history of CERN. In doing so, our discussion of the measurements is by no means comprehensive since full reports have already been published elsewhere. Instead we have endeavoured to place each in its physics context and to point out the technical developments that were necessary to achieve the succeding steps in precision.


Nuclear Instruments and Methods | 1972

Separated high-energy electron beams using synchrotron radiation

F.J.M. Farley; Emilio Picasso; L Bracci

Abstract Electrons with kinetic energy in the 100 GeV range may be separated from other particles by using their energy-loss due to synchrotron radiation in a high-field magnet. In this paper the associated fluctuations in energy and angle are shown to be small enough for the method to be useful. Detailed design formulae are presented for several magnet configurations.


Ann.Rev.Nucl.Part.Sci. | 1983

The Muon (g — 2) Experiments at CERN

Emilio Picasso

In this lecture I shall discuss measurements of the dipole moments of free electrons and muons, and the lifetime of free muons. I shall discuss these experiments in terms of physical principle rather than technical details; full accounts of the experimental methods may be found in the original papers to which reference is made in some of the review articles given below1).


Prepared for CARE-HHH-APD Workshop on Finalizing the Roadmap | 2008

Francesco Ruggiero 1957-2007

Oliver Simon Bruning; A. Mostacci; C. Biscari; W. Chou; K. Hirata; J.S. Berg; Emilio Picasso; L. Palumbo; F. Zimmermann; S. Petracca; Q. Qin; Walter Scandale; S Myers; Furman; Bruno W Zotter

Francesco Ruggiero (1957-2007) was a brilliant acceler- ator physicist, an inventive researcher, a great collaborator, an excellent mentor, and a true gentleman. We here take a look at Francescos scientific work, and highlight some of his contributions to accelerator physics. More details can be found in the slides presented by the speakers of the Francesco Ruggiero Memorial Symposium held at CERN on 3 October 2007 (2).


Physical Review Letters | 1979

g−2Experiments as a Test of Special Relativity

F. Combley; F. J. M. Farley; J. H. Field; Emilio Picasso


Scientific American | 1990

The LEP (Large Electron-Positron) Collider

Stephen Myers; Emilio Picasso


Particle Accelerators | 1989

The LEP collider : construction, project status and outlook

G. Bachy; A Hofmann; Emilio Picasso; Stephen Myers; Günther Plass


Archive | 1986

Upgrading of LEP energies by superconducting cavities

P Bernard; Emilio Picasso; Herbert Lengeler

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