Leonid Rivkin

Professor

leonid.rivkin@epfl.ch +41 56 3103214 http://lpap.epfl.ch

EPFL SB IPHYS LPAP
BSP 613.2 (Cubotron UNIL)
Rte de la Sorge
CH-1015 Lausanne

+41 56 3103214
+41 21 69 30472
+41 21 69 30476
+41 21 69 30472
Site web: http://lpap.epfl.ch
Unité: LPAP
Local: VILLIGEN
Local: BSP 613.2

Unité: SPH-ENS

Données administratives

Mission

Particle Accelerator Physics Laboratory (LPAP) research projects are carried out at major accelerator facilities.

At the Paul Scherrer Institute (PSI) the laboratory is engaged in development of novel bright synchrotron light sources, including the future X-Ray Free Electron Laser project SwissFEL.

High intensity proton beams are used to produce powerful sources for neutron scattering and bright muon beams.

Developments of accelerator applications for life sciences include hadron therapy of tumors and coherent sources of X-rays for phase-contrast imaging.

Projects at CERN include work on future upgrades of LHC and associated accelerators, as well as research and development towards the future high energy frontier electron-positron linear collider.

Biography

Born in Odessa in 1954. Studied physics in Novosibirsk and Cambridge USA, graduated from Harvard University with AB in Physics in 1978. PhD in Physics from Caltech in 1985. Worked on several accelerator projects at Stanford Linear Accelerator Center, followed by a year at LEP, CERN, Geneva.

Joined the Paul Scherrer Institute (PSI) near Zürich in 1989 and worked on the design, construction and commissioning of the Swiss Light Source.

PSI Deputy Director, since 2006 the Head of the Department of Large Research Facilities at PSI and professor of particle accelerator physics at EPFL.

Currently serving on several international advisory committees and a Fellow of the American Physical Society.

Enseignement & Phd

Enseignement

Physics,

Programmes doctoraux

Doctoral Program in Physics

Doctorants

Chmielinska Agnieszka
Furuseth Sondre Vik
Repond Joël

A dirigé les thèses de

Abelleira Fernández José Luis ...
Ady Márton ...
Aumon Sandra ...
Benedetti Stefano ...
Blanco Sancho Juan ...
Bracco Chiara ...
Buffat Xavier ...
Charitonidis Nikolaos ...
De Maria Riccardo ...
De Michele Giovanni ...
Degiovanni Alberto ...
Domínguez Sánchez De La Blanca César Octavio ...
Esteban Müller Juan Federico ...
Garonna Adriano ...
Gorgisyan Ishkhan ...
Gorzawski Arkadiusz Andrzej ...
Granieri Pier Paolo ...
Juchno Mariusz ...
Koukovini Platia Eirini ...
Lari Luisella ...
Mete Öznur ...
Mounet Nicolas Frank ...
Oeftiger Adrian ...
Pellegrini Dario ...
Pieloni Tatiana ...
Pojer Mirko ...
Previtali Valentina ...
Salvant Benoît ...
Santamaría García Andrea ...
Schenk Michael ...
Schoofs Philippe Jean ...
Smit Bennie ...
Sterbini Guido ...
Tambasco Claudia ...
Trovati Stefania ...
Velotti Francesco Maria ...
Zannini Carlo ...

Cours

Introduction to particle accelerators

Le cours présente des idées de base de physique des accélérateurs. Nous allons examiner les caractéristiques et les limitations de ces machines utilisés dans les sciences comme la physique des hautes énergies, des matériaux et de la vie.