Linear Collider Physics Resource Book for Snowmass 2001 - Part 3: Studies of Exotic and Standard Model Physics

T Abe,Tao Han,D. Rainwater,Michael E. Peskin,G. Moreau,J. Gunion,J. Brau,J. Repond,U. Baur,Gudrid Moortgat-Pick,A. Leike,M. Nojiri,M. Breidenbach,K. Skulina,J. Lykken,T. Raubenheimer,Rohini M. Godbole,U. Nauenberg,J. Rosner,J. Barron,T. Maruyama,A. Waite,K. Matchev,P. Kalyniak,D. Winn,S. Martín,J. Kadyk,T. Teubner,V. I. Telnov,S. Pathak,C. Macesanu,M Iwasaki,S. Su,A. Kronfeld,S. Godfrey,R. Van Kooten,A. Freitas,P.D. Grannis,William Carl Wester,C. Blöchinger,Graham Wallace Wilson,K. Hikasa,C. Prescott,F. Porter,B. Murakami,S Boege,R Vega,K. van Bibber,D. Chakraborty,J. Kalinowski,D. Gerdes,W. Marciano,A. Denner,B. Newman,M. Ronan,T Barker,H. C. Cheng,S. Mrenna,J.L. Hewett,S Tkaczyk,S. Dittmaier,K. Moenig,R. Frey,C. Balazs,T. Rizzo,P. Rowson,G. Bower,J.L. Feng,H. Yamamoto,D Burke,S. Dawson,Diaz,R. Jacobsen,L Rosenberg,R. Hollebeek,G. Kribs,H. Davoudiasl,A Hoang,B. Dobrescu,H.E. Fisk,T. Plehn,C. Baltay,A.S. Turcot,S. Y. Choi,R Wilson,I. Bigi,L. Dixon,T. Kamon,Timothy Barklow,S.J. Brodsky,Hitoshi Murayama,W. Walkowiak,H Fraas,S Gopalakrishna,K. L. Sterner,L. Keller,N. B. Sinev,L Seppala,C. Ferretti,John Jaros,D. Wagner,S. S. Hertzbach,Haijun Yang,X. Tata,Howard Baer,J.D. Wells,K. Riles,B Williams,N. Arkani-Hamed,F. Paige,M. Duckwitz,J. Siegrist,Bruce Schumm,M. S. Dixit,A Seryi,Sven Heinemeyer,G. Weiglein,D. M. Asner,M. Dima,J Early,M Woods,P. N. Burrows,Homer Neal,G. Hiller,N Danielson,Richard John Hawkings,Howard E. Haber,J Gronberg,L. Gibbons,D. Koltick,J. Dunn,A. Juste,J. Bagger,L. H. Orr,N Graf,S. Magill,M Roth,C. Heusch,T. Bolton,J. Wudka,Heather E. Logan,C. Hearty,D. Karlen,T. Markiewicz,P. Derwent,R. Bellwied,O. Yakovlev,J. Erler,E. Goodman,J. N. Butler,D. Cinabro,A. Para,R.K. Cordero,G. Corcella,R. Beach,I. Stewart,C. Potter,D. Wackeroth,M. Chertok,Doncheski,H. E. Montgomery

Linear Collider Physics Resource Book for Snowmass 2001 - Part 3: Studies of Exotic and Standard Model Physics

2001

T Abe
Tao Han
D. Rainwater
Michael E. Peskin
G. Moreau
J. Gunion
J. Brau
J. Repond
U. Baur
Gudrid Moortgat-Pick
A. Leike
M. Nojiri
M. Breidenbach
K. Skulina
J. Lykken
T. Raubenheimer
Rohini M. Godbole
U. Nauenberg
J. Rosner
J. Barron
T. Maruyama
A. Waite
K. Matchev
P. Kalyniak
D. Winn
S. Martín
J. Kadyk
T. Teubner
V. I. Telnov
S. Pathak
C. Macesanu
M Iwasaki
S. Su
A. Kronfeld
S. Godfrey
R. Van Kooten
A. Freitas
P.D. Grannis
William Carl Wester
C. Blöchinger
Graham Wallace Wilson
K. Hikasa
C. Prescott
F. Porter
B. Murakami
S Boege
R Vega
K. van Bibber
D. Chakraborty
J. Kalinowski
D. Gerdes
W. Marciano
A. Denner
B. Newman
M. Ronan
T Barker
H. C. Cheng
S. Mrenna
J.L. Hewett
S Tkaczyk
S. Dittmaier
K. Moenig
R. Frey
C. Balazs
T. Rizzo
P. Rowson
G. Bower
J.L. Feng
H. Yamamoto
D Burke
S. Dawson
Diaz
R. Jacobsen
L Rosenberg
R. Hollebeek
G. Kribs
H. Davoudiasl
A Hoang
B. Dobrescu
H.E. Fisk
T. Plehn
C. Baltay
A.S. Turcot
S. Y. Choi
R Wilson
I. Bigi
L. Dixon
T. Kamon
Timothy Barklow
S.J. Brodsky
Hitoshi Murayama
W. Walkowiak
H Fraas
S Gopalakrishna
K. L. Sterner
L. Keller
N. B. Sinev
L Seppala
C. Ferretti
John Jaros
D. Wagner
S. S. Hertzbach
Haijun Yang
X. Tata
Howard Baer
J.D. Wells
K. Riles
B Williams
N. Arkani-Hamed
F. Paige
M. Duckwitz
J. Siegrist
Bruce Schumm
M. S. Dixit
A Seryi
Sven Heinemeyer
G. Weiglein
D. M. Asner
M. Dima
J Early
M Woods
P. N. Burrows
Homer Neal
G. Hiller
N Danielson
Richard John Hawkings
Howard E. Haber
J Gronberg
L. Gibbons
D. Koltick
J. Dunn
A. Juste
J. Bagger
L. H. Orr
N Graf
S. Magill
M Roth
C. Heusch
T. Bolton
J. Wudka
Heather E. Logan
C. Hearty
D. Karlen
T. Markiewicz
P. Derwent
R. Bellwied
O. Yakovlev
J. Erler
E. Goodman
J. N. Butler
D. Cinabro
A. Para
R.K. Cordero
G. Corcella
R. Beach
I. Stewart
C. Potter
D. Wackeroth
M. Chertok
Doncheski
H. E. Montgomery

This Resource Book reviews the physics opportunities of a next-generation e+e- linear collider and discusses options for the experimental program. Part 3 reviews the possible experiments on that can be done at a linear collider on strongly coupled electroweak symmetry breaking, exotic particles, and extra dimensions, and on the top quark, QCD, and two-photon physics. It also discusses the improved precision electroweak measurements that this collider will make available.

Keywords:

Technicolor
Collider
Particle physics
Quantum chromodynamics
Physics
Symmetry breaking
Extra dimensions
Electroweak interaction
Top quark
Standard Model

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