$\Gamma-\Gamma$ Physics at LEP2
P. Aurenche
(1)
,
G.A. Schuler
,
A. Bawa
,
E. Boudinov
,
A. Buijs
,
M. Cacciari
,
A. Corsetti
,
W. da Silva
,
M. Dubinin
,
R. Engel
,
F. Erne
,
John Field
,
A. Finch
,
J. Forshaw
,
R. Godbole
,
J.Ph. Guillet
(1)
,
S.R. Hou
,
F. Kapusta
,
B. Kennedy
,
M.N. Kienzle
,
M. Kraemer
,
P. Kroll
,
E. Laenen
,
M. Lehto
,
L. Lonnblad
,
D. Miller
,
G. Pancheri
,
J. Parisi
,
D. Perret-Gallix
(2)
,
J. Ranft
,
T. van Rhee
,
S. Riemersma
,
V. Serbo
,
M.H. Seymour
,
Y. Shimizu
,
T. Sjostrand
,
S. Soldner-Rembold
,
M. Stratmann
,
I. Tyapkin
,
A. Vogt
,
J. Ward
,
B. Wilkens
,
A. Wright
,
N.I. Zimin
G.A. Schuler
- Function : Author
A. Bawa
- Function : Author
E. Boudinov
- Function : Author
A. Buijs
- Function : Author
M. Cacciari
- Function : Author
A. Corsetti
- Function : Author
W. da Silva
- Function : Author
M. Dubinin
- Function : Author
R. Engel
- Function : Author
F. Erne
- Function : Author
John Field
- Function : Author
A. Finch
- Function : Author
J. Forshaw
- Function : Author
R. Godbole
- Function : Author
J.Ph. Guillet
- Function : Author
- PersonId : 14782
- IdHAL : jean-philippe-guillet
- ORCID : 0000-0002-7919-0307
- IdRef : 032563396
S.R. Hou
- Function : Author
F. Kapusta
- Function : Author
B. Kennedy
- Function : Author
M.N. Kienzle
- Function : Author
M. Kraemer
- Function : Author
P. Kroll
- Function : Author
E. Laenen
- Function : Author
M. Lehto
- Function : Author
L. Lonnblad
- Function : Author
D. Miller
- Function : Author
G. Pancheri
- Function : Author
J. Parisi
- Function : Author
J. Ranft
- Function : Author
T. van Rhee
- Function : Author
S. Riemersma
- Function : Author
V. Serbo
- Function : Author
M.H. Seymour
- Function : Author
Y. Shimizu
- Function : Author
T. Sjostrand
- Function : Author
S. Soldner-Rembold
- Function : Author
M. Stratmann
- Function : Author
I. Tyapkin
- Function : Author
A. Vogt
- Function : Author
J. Ward
- Function : Author
B. Wilkens
- Function : Author
A. Wright
- Function : Author
N.I. Zimin
- Function : Author
Abstract
This report is an overview of the gamma-gamma physics capabilities of LEP2, and covers the following topics: structure functions, equivalent photon approximation, tagging conditions etc, soft and semihard physics, large-$p_t$ processes, heavy-quark physics, and exclusive channels.