Run Scenarios for the Linear Collider
M. Battaglia
,
J. Barron
,
M. Dima
,
L. Hamilton
,
A. Johnson
,
U. Nauenberg
,
M. Route
,
D. Staszak
,
M. Stolte
,
T. Turner
,
C. Veeneman
,
J. Wells
,
J. Butler
,
H. E. Montgomery
,
R. N. Cahn
,
I. Hinchliffe
,
G. Bernardi
(1)
,
J. K. Mizukoshi
,
G. W. Wilson
,
G. A. Blair
,
J. Jaros
,
P. D. Grannis
M. Battaglia
- Function : Author
J. Barron
- Function : Author
M. Dima
- Function : Author
L. Hamilton
- Function : Author
A. Johnson
- Function : Author
- PersonId : 755255
- ORCID : 0000-0002-5402-1224
U. Nauenberg
- Function : Author
M. Route
- Function : Author
D. Staszak
- Function : Author
M. Stolte
- Function : Author
T. Turner
- Function : Author
C. Veeneman
- Function : Author
J. Wells
- Function : Author
J. Butler
- Function : Author
H. E. Montgomery
- Function : Author
R. N. Cahn
- Function : Author
I. Hinchliffe
- Function : Author
G. Bernardi
- Function : Author
- PersonId : 1374140
- ORCID : 0000-0002-2837-2442
- IdRef : 088561623
J. K. Mizukoshi
- Function : Author
G. W. Wilson
- Function : Author
G. A. Blair
- Function : Author
J. Jaros
- Function : Author
P. D. Grannis
- Function : Author
Abstract
Scenarios are developed for runs at a Linear Collider, in the case that there is a rich program of new physics.