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Measurement of the strange spectral function in hadronic $\tau$ decays | Researchclopedia

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Measurement of the strange spectral function in hadronic $\tau$ decays

200458 citationsJournal Articlegreen Open Access

Authors

G. Abbiendi · University of Bologna

C. Ainsley · University of Cambridge

P.F. Åkesson · University of Bonn

G. Alexander · Tel Aviv University

John E. Allison · University of Manchester

P. Amaral · University of Chicago

G. Anagnostou · University of Birmingham

Topics & Keywords

Particle physics theoretical and experimental studies Quantum Chromodynamics and Particle Interactions High-Energy Particle Collisions Research

Publication Details

Published in: The European Physical Journal C

Volume 35, Issue 4, pp. 437-455

DOI: 10.1140/epjc/s2004-01877-2

Field-Weighted Citation Impact: 10.13

K. J. Anderson · University of Chicago

S. Asai · University of Bologna

D. Axen · Kobe University

G. Azuelos · University of British Columbia

I. Bailey · TRIUMF

E. Barberio · University of Victoria

T. Barillari · Southern Methodist University

R. J. Barlow · Max Planck Society

R. J. Batley · University of Manchester

P. Bechtle · University of Cambridge

T. Behnke · Universität Hamburg

K. W. Bell · Universität Hamburg

P. J. Bell · Rutherford Appleton Laboratory

G. Bella · University of Birmingham

A. Bellerive · Tel Aviv University

G. Benelli · Carleton University

S. Bethke · University of California, Riverside

O. Biebel · Max Planck Society

O. Boeriu · Ludwig-Maximilians-Universität München

P. Bock · University of Freiburg

M. Boutemeur · Heidelberg University

L. Brigliadori · Ludwig-Maximilians-Universität München

R. M. Brown · European Organization for Nuclear Research

K. Buesser · University of Bologna

H. Burckhart · Rutherford Appleton Laboratory

S. Campana · Universität Hamburg

R.K. Carnegie · European Organization for Nuclear Research

A. A. Carter · University of California, Riverside

J. R. Carter · Carleton University

C.Y. Chang · Queen Mary University of London

D. G. Charlton · University of Cambridge

Á. Csilling · University of Maryland, College Park

S. Dado · University of Birmingham

C. Ciocca · University of Bologna

S. De Cecco · University of Bologna

B. Dienes · Technion – Israel Institute of Technology

M. Donkers · European Organization for Nuclear Research

J. Dubbert · University of Antwerp

E. Duchovni · Universität Hamburg

I. P. Duerdoth · Carleton University

E. Etzion · Ludwig-Maximilians-Universität München

F. Fabbri · Weizmann Institute of Science

L. Feld · Ludwig-Maximilians-Universität München

P. Ferrari · University of Manchester

F. Fiedler · Tel Aviv University

I. Fleck · University of Bologna

M. Ford · University of Freiburg

A. Frey · European Organization for Nuclear Research

P. Gagnon · University of Illinois Urbana-Champaign

J. W. Gary · University of Freiburg

G. Gaycken · University of Cambridge

C. GEICH GIMBEL · European Organization for Nuclear Research

P. Giacomelli · Indiana University Bloomington

M. Giunta · University of California, Riverside

Joel O. Goldberg · Universität Hamburg

E. Gross · University of Bonn

J. Grunhaus · University of Bologna

M. GRUW ́E · University of Bologna

P. O. G ̈UNTHER · University of California, Riverside

A. Gupta · Technion – Israel Institute of Technology

C. Hajdu · Weizmann Institute of Science

M. Hamann · Tel Aviv University

G. G. Hanson · European Organization for Nuclear Research

A. Harel · University of Bonn

M. Hauschild · University of Chicago

R. J. Hawkings · Universität Hamburg

R.J. Hemingway · University of California, Riverside

G. Herten · Technion – Israel Institute of Technology

R.D. Heuer · European Organization for Nuclear Research

J. C. Hill · University of Birmingham

K. D. Hoffman · European Organization for Nuclear Research

D. HORV ́ATH · Carleton University

P. IGO KEMENES · University of Freiburg

K. Ishii · Universität Hamburg

H. Jérémie · University of Cambridge

P. Jovanović · University of Chicago

N. Kanaya · Heidelberg University

J. Kanzaki · Kobe University

D. Karlen · Université de Montréal

K. Kawagoe · University of Birmingham

T. Kawamoto · Carleton University

R. Keeler · University of Victoria

R. G. Kellogg · The University of Tokyo

B. W. Kennedy · University of Victoria

S. Kluth · Kobe University

T. Kobayashi · Kobe University

Michael Kobel · University of Victoria

S. Komamiya · University of Maryland, College Park

T. KR ̈AMER · Rutherford Appleton Laboratory

P. Krieger · Heidelberg University

A. Klier · Weizmann Institute of Science

K. Krüger · Max Planck Society

T. Kuhl · Kobe University

M. Kupper · University of Bonn

G. Lafferty · Kobe University

H. Landsman · Universität Hamburg

D. Lanske · Carleton University

J. G. Layter · Heidelberg University

D. Lellouch · European Organization for Nuclear Research

J. LETTSO · Universität Hamburg

L. J. Levinson · Weizmann Institute of Science

J. Lillich · University of Manchester

S. L. Lloyd · Technion – Israel Institute of Technology

F. K. Loebinger · RWTH Aachen University

J. Lu · University of California, Riverside

A. Ludwig · Weizmann Institute of Science

J. Ludwig · University of California San Diego

W. Mader · Weizmann Institute of Science

S. Marcellini · University of Freiburg

Àngela Martín · Queen Mary University of London

T. Mashimo · University of Manchester

P. M ̈ATTIGM · TRIUMF

J. A. McKenna · University of Bonn

R. A. McPherson · University of Freiburg

F. Meijers · University of Bonn

W. Menges · University of Bologna

F. S. Merritt · Queen Mary University of London

H. Mes · University of Bologna

N. MEYER · Kobe University

A. Michelini · University of Wuppertal

S. Mihara · University of British Columbia

G. Mikenberg · University of Toronto

D. J. Miller · European Organization for Nuclear Research

S. Moed · Universität Hamburg

W. Mohr · Max Planck Society

T. Mori · University of Chicago

A. Mutter · TRIUMF

Y. Nagai · University of Bologna

I. Nakamura · Kobe University

H. Nanjo · Weizmann Institute of Science

H. A. Neal · University College London

R. Nisius · Technion – Israel Institute of Technology

S. W. O’NEALE · University of Freiburg

A. Oh · Kobe University

M. J. Oreglia · University of Freiburg

S. Orito · Queen Mary University of London

C. Pahl · The University of Tokyo

G. P ́ASZTOR · Kobe University

J. R. Pater · Yale University

J. E. Pilcher · Max Planck Society

J. Pinfold · The University of Tokyo

D. E. Plane · European Organization for Nuclear Research

B. Poli · Heidelberg University

O. Pooth · University of Chicago

M. PRZYBYCIE ́N · The University of Tokyo

A. Quadt · Max Planck Society

K. Rabbertz · University of California, Riverside

C. Rembser · University of Manchester

P. Renkel · University of Chicago

J. M. Roney · University of Alberta

Y. Rozen · European Organization for Nuclear Research

K. Runge · University of Bologna

K. Sachs · RWTH Aachen University

T. Saeki · Jagiellonian University

E. K.G. Sarkisyan · University of Bonn

A.D. Schaile · Karlsruhe Institute of Technology

O. Schaile · European Organization for Nuclear Research

P. SCHARFF HANSEN · Weizmann Institute of Science

J. Schieck · University of Victoria

S. Rosati · University of Bonn

M. SCHR ̈ODER · Technion – Israel Institute of Technology

M. Schumacher · University of Freiburg

W. G. Scott · Carleton University

R. Seuster · Kobe University

T. Shears · University of Manchester

B. C. Shen · Ludwig-Maximilians-Universität München

M. Shimojima · Ludwig-Maximilians-Universität München

Andris Skuja · European Organization for Nuclear Research

A. M. Smith · Max Planck Society

R. Sobie · European Organization for Nuclear Research

M. Schroder · European Organization for Nuclear Research

F. Spanò · University of Bonn

A. Stahl · Rutherford Appleton Laboratory

D. Strom · RWTH Aachen University

R. STR ̈OHMER · University of Liverpool

S. Tarem · University of California, Riverside

M. Tasevsky · University College London

R. Teuscher · University of Maryland, College Park

M. Thomson · European Organization for Nuclear Research

E. Torrence · University of Victoria

D. Toya · University College London

P. Tran · University of Chicago

I. M. Trigger · University of Bonn

Z. TR ́OCS ́ANYI · University of Oregon

E. Tsur · Ludwig-Maximilians-Universität München

M. F. TURNER WATSON · Technion – Israel Institute of Technology

I. Ueda · University of Antwerp

B. UJV ́ARI · University of Chicago

C. F. Vollmer · University of Cambridge

P. Vannerem · University of Oregon

R. V ́ERTESI · Kobe University

M. Verzocchi · University of California, Riverside

H. Voss · European Organization for Nuclear Research

J. H. Vossebeld · University of Debrecen

C. P. Ward · Tel Aviv University

D. R. Ward · University of Birmingham

P. M. Watkins · Kobe University

A. T. Watson · University of Debrecen

N. K. Watson · Ludwig-Maximilians-Universität München

P. S. Wells · University of Freiburg

N. Wermes · University of Maryland, College Park

G. Wilson · European Organization for Nuclear Research

J. A. Wilson · University of Liverpool

G. Wolf · Carleton University

T. R. Wyatt · University of Cambridge

S. Yamashita · University of Cambridge

D. ZER ZION · University of Birmingham

L. Živković · University of Birmingham

ARCELLI, SILVIA · University of Birmingham

BRAIBANT, SYLVIE · European Organization for Nuclear Research

CIOCCA, CLAUDIA · European Organization for Nuclear Research

CUFFIANI, MARCO · University of Bonn

D. Wetterling · Heidelberg University

MASETTI, GIANNI · University of Kansas