Mean-field transport theory for the two-flavour NJL model

Abbiendi, G; Abe, T; Abramowicz, H; Acosta, D; Adamczyk, L; Adamus, M; Amelung, C; Anselmo, F; Antonioli, P; Arneodo, M; Ayad, R; Bacon, TC; Badgett, WF; Bailey, DC; Bailey, DS; Bamberger, A; Barbagli, G; Bari, G; Barreiro, F; Bashindzhagyan, GL; Bashkirov, V; Basile, M; Bauerdick, LAT; Bednarek, B; Behrens, U; Beier, H; Bellagamba, L; Bertolin, A; Bhadra, S; Bienlein, JK; Blaikley, HE; Bohnet, I; Bokel, C; Bornheim, A; Borzemski, P; Boscherini, D; Botje, M; Breitweg, J; Briskin, G; Brock, I; Bromley, JT; Brook, NH; Brugnera, R; Bruni, A; Bruni, G; Brümmer, N; Bukowy, M; Bulmahn, J; Burow, BD; Bussey, PJ; Butterworth, I; Butterworth, JM; Bylsma, B; Caldwell, A; Campbell-Robson, S; Capua, M; Cara Romeo, G; Carlin, R; Cartiglia, N; Cases, G; Cashmore, RJ; Castellini, G; Catterall, CD; Chapin, D; Chlebana, F; Chwastowski, J; Ciborowski, J; Cifarelli, L; Cindolo, F; Cirio, R; Cloth, P; Coböken, K; Coldewey, C; Cole, JE; Contin, A; Cooper-Sarkar, AM; Corradi, M; Corriveau, F; Costa, M; Cottingham, WN; Crittenden, J; Cross, R; Czermak, A; D'Agostini, G; Dagan, S; Dal Corso, F; Dardo, M; Dasu, S; de Pasquale, S; de Troconiz, JF; de Wolf, E; Deffner, R; del Peso, J; Deppe, O; Derrick, M; Deshpande, A; Desler, K; Devenish, RCE; Dhawan, S; Dolgoshein, BA; Dosselli, U; Doyle, AT; Drews, G; Dulinński, Z; Durkin, LS; Eckert, M; Edmonds, JK; Eisenberg, Y; Eisenhardt, S; Engelen, J; Epperson, D; Ermolov, PF; Eskreys, A; Fagerstroem, C-P; Fernandez, JP; Ferrero, MI; Figiel, J; Filges, D; Fleck, JI; Foster, B; Foudas, C; Fricke, U; Frisken, WR; Fusayasu, T; Galea, R; Gallo, E; Garcia, G; Garfagnini, A; Gendner, N; Gialas, I; Gilkinson, DJ; Gilmore, J; Ginsburg, CM; Giusti, P; Gladilin, LK; Glasman, C; Golubkov, YA; Grabosch, HJ; Graciani, R; Grothe, M; Große-Knetter, J; Grzelak, G; Göttlicher, P; Haas, T; Hain, W; Hall-Wilton, R; Hamatsu, R; Hanna, DS; Harnew, N; Hart, JC; Hartmann, H; Hartmann, J; Hartner, GF; Hasell, D; Hayes, ME; Heath, GP; Heath, HF; Heinloth, K; Heinz, L; Hernandez, JM; Hervás, L; Heusch, C; Hilger, E; Hirose, T; Hochman, D; Holm, U; Homma, K; Hong, SJ; Horstmann, D; Howell, G; Hughes, VW; Hung, BHY; Hung, LW; Iacobucci, G; Iannotti, L; Iga, Y; Inuzuka, M; Ishii, T; Jakob, H-P; Jeleń, K; Jing, Z; Johnson, KF; Jones, TW; Joo, KK; Kananov, S; Karshon, U; Kasemann, M; Kasprzak, M; Katz, UF; Kerger, R; Khakzad, M; Khein, LA; Kim, CL; Kim, JY; Kisielewska, D; Kitamura, S; Klanner, R; Klimek, K; Koch, W; Koffeman, E; Kooijman, P; Korotkova, NA; Korzhavina, IA; Kotanński, A; Kowalski, H; Kowalski, T; Krakauer, D; Kuze, M; Kuzmin, VA; Kçira, D; Kötz, U; Labarga, L; Labs, J; Lamberti, L; Lane, JB; Laurenti, G; Lee, JH; Lee, SB; Levi, G; Levman, GM; Levy, A; Lim, IT; Limentani, S; Lindemann, L; Ling, TY; Liu, W; Lohrmann, E; Long, KR; Loveless, RJ; Lukina, OY; Löhr, B; Löwe, M; Maccarrone, G; Macdonald, N; Magill, S; Mallik, U; Margotti, A; Marini, G; Markun, P; Martin, JF; Martinez, M; Maselli, S; Massam, T; Matsushita, T; Mattingly, MCK; Mattingly, S; Mańczak, O; McCubbin, NA; McFall, JD; Mellado, B; Meyer, A; Meyer-Larsen, A; Mikunas, D; Milewski, J; Miller, DB; Monaco, V; Monteiro, T; Morandin, M; Muchorowski, K; Murray, WN; Musgrave, B; Nagano, K; Nam, SW; Nania, R; Nath, C; Ng, JST; Nigro, A; Notz, D; Nowak, RJ; Noyes, VA; Nylander, P; Ochs, A; Oh, BY; Ohrenberg, K; Okrasiński, JR; Orr, RS; Pac, MY; Palmonari, F; Park, IH; Park, SK; Parsons, JA; Paul, E; Pavel, N; Pawlak, JM; Pawlak, R; Pelfer, P; Pellegrino, A; Pelucchi, F; Peroni, C; Pesci, A; Petrucci, MC; Pfeiffer, M; Piccioni, D; Piotrzkowski, K; Poelz, G; Polenz, S; Polini, A; Posocco, M; Prinias, A; Proskuryakov, AS; Przybycień, M; Przybycień, MB; Puga, J; Quadt, A; Rahn, JT; Raso, M; Reeder, DD; Rembser, C; Repond, J; Ricci, F; Ritz, S; Riveline, M; Roco, M; Roff, DG; Rohde, M; Roldan, J; Romanowski, TA; Rulikowska-Zarebska, E; Ruske, O; Ruspa, M; Ryan, JJ; Sabetfakhri, A; Sacchi, R; Sadrozinski, HF-W; Salehi, H; Sampson, S; Sartorelli, G; Saunders, RL; Savin, AA; Saxon, DH; Schioppa, M; Schlenstedt, S; Schmidke, WB; Schneekloth, U; Schott, W; Schwarzer, O; Sciulli, F; Sedgbeer, JK; Seiden, A; Selonke, F; Shah, TP; Shcheglova, LM; Sideris, D; Simmons, D; Sinclair, LE; Smith, WH; Solano, A; Solomin, AN; St-Laurent, M; Staiano, A; Stairs, DG; Stamm, J; Stanco, L; Stanek, R; Stifutkin, A; Straub, PB; Strickland, E; Stroili, R; Surrow, B; Susinno, G; Suszycki, L; Sutton, MR; Suzuki, I; Talaga, RL; Tapper, RJ; Tassi, E; Terrán, J; Teuscher, RJ; Tickner, JR; Tiecke, H; Tokushuku, K; Toothacker, WS; Trefzger, T; Tsurugai, T; Tuning, N; Tymieniecka, T; Uijterwaal, H; Ullmann, R; Umemori, K; Vaiciulis, A; van Sighem, A; Verkerke, W; Voci, C; Vossebeld, J; Votano, L; Voß, T; Vreeswijk, M; Walczak, R; Walker, R; Wang, SM; Waters, DS; Waugh, R; Wedemeyer, R; Westphal, D; Whitmore, JJ; Wichmann, R; Wick, K; Wieber, H; Wiggers, L; Williams, DC; Wilson, AS; Wing, M; Wodarczyk, M; Wolf, G; Wollmer, U; Wrońblewski, AK; Wu, JT; Wölfle, S; Yamada, S; Yamashita, T; Yamauchi, K; Yamazaki, Y; Yoshida, R; Youngman, C; Zajac, J; Zakrzewski, JA; Zamora Garcia, Y; Zarnecki, AF; Zawiejski, L; Zetsche, F; Zeuner, W; Zhang, H; Zhu, Q; Zichichi, A; Zotkin, SA

slides

Mean-field transport theory for the two-flavour NJL model

Authors: G Abbiendi
T Abe
H Abramowicz
D Acosta
L Adamczyk
M Adamus
C Amelung
F Anselmo
P Antonioli
M Arneodo
R Ayad
TC Bacon
WF Badgett
DC Bailey
DS Bailey
A Bamberger
G Barbagli
G Bari
F Barreiro
GL Bashindzhagyan
V Bashkirov
M Basile
LAT Bauerdick
B Bednarek
U Behrens
H Beier
L Bellagamba
A Bertolin
S Bhadra
JK Bienlein
HE Blaikley
I Bohnet
C Bokel
A Bornheim
P Borzemski
D Boscherini
M Botje
J Breitweg
G Briskin
I Brock
JT Bromley
NH Brook
R Brugnera
A Bruni
G Bruni
N Brümmer
M Bukowy
J Bulmahn
BD Burow
PJ Bussey
I Butterworth
JM Butterworth
B Bylsma
A Caldwell
S Campbell-Robson
M Capua
G Cara Romeo
R Carlin
N Cartiglia
G Cases
RJ Cashmore
G Castellini
CD Catterall
D Chapin
F Chlebana
J Chwastowski
J Ciborowski
L Cifarelli
F Cindolo
R Cirio
P Cloth
K Coböken
C Coldewey
JE Cole
A Contin
AM Cooper-Sarkar
M Corradi
F Corriveau
M Costa
WN Cottingham
J Crittenden
R Cross
A Czermak
G D'Agostini
S Dagan
F Dal Corso
M Dardo
S Dasu
S de Pasquale
JF de Troconiz
E de Wolf
R Deffner
J del Peso
O Deppe
M Derrick
A Deshpande
K Desler
RCE Devenish
S Dhawan
BA Dolgoshein
U Dosselli
AT Doyle
G Drews
Z Dulinński
LS Durkin
M Eckert
JK Edmonds
Y Eisenberg
S Eisenhardt
J Engelen
D Epperson
PF Ermolov
A Eskreys
C-P Fagerstroem
JP Fernandez
MI Ferrero
J Figiel
D Filges
JI Fleck
B Foster
C Foudas
U Fricke
WR Frisken
T Fusayasu
R Galea
E Gallo
G Garcia
A Garfagnini
N Gendner
I Gialas
DJ Gilkinson
J Gilmore
CM Ginsburg
P Giusti
LK Gladilin
C Glasman
YA Golubkov
HJ Grabosch
R Graciani
M Grothe
J Große-Knetter
G Grzelak
P Göttlicher
T Haas
W Hain
R Hall-Wilton
R Hamatsu
DS Hanna
N Harnew
JC Hart
H Hartmann
J Hartmann
GF Hartner
D Hasell
ME Hayes
GP Heath
HF Heath
K Heinloth
L Heinz
JM Hernandez
L Hervás
C Heusch
E Hilger
T Hirose
D Hochman
U Holm
K Homma
SJ Hong
D Horstmann
G Howell
VW Hughes
BHY Hung
LW Hung
G Iacobucci
L Iannotti
Y Iga
M Inuzuka
T Ishii
H-P Jakob
K Jeleń
Z Jing
KF Johnson
TW Jones
KK Joo
S Kananov
U Karshon
M Kasemann
M Kasprzak
UF Katz
R Kerger
M Khakzad
LA Khein
CL Kim
JY Kim
D Kisielewska
S Kitamura
R Klanner
K Klimek
W Koch
E Koffeman
P Kooijman
NA Korotkova
IA Korzhavina
A Kotanński
H Kowalski
T Kowalski
D Krakauer
M Kuze
VA Kuzmin
D Kçira
U Kötz
L Labarga
J Labs
L Lamberti
JB Lane
G Laurenti
JH Lee
SB Lee
G Levi
GM Levman
A Levy
IT Lim
S Limentani
L Lindemann
TY Ling
W Liu
E Lohrmann
KR Long
RJ Loveless
OY Lukina
B Löhr
M Löwe
G Maccarrone
N Macdonald
S Magill
U Mallik
A Margotti
G Marini
P Markun
JF Martin
M Martinez
S Maselli
T Massam
T Matsushita
MCK Mattingly
S Mattingly
O Mańczak
NA McCubbin
JD McFall
B Mellado
A Meyer
A Meyer-Larsen
D Mikunas
J Milewski
DB Miller
V Monaco
T Monteiro
M Morandin
K Muchorowski
WN Murray
B Musgrave
K Nagano
SW Nam
R Nania
C Nath
JST Ng
A Nigro
D Notz
RJ Nowak
VA Noyes
P Nylander
A Ochs
BY Oh
K Ohrenberg
JR Okrasiński
RS Orr
MY Pac
F Palmonari
IH Park
SK Park
JA Parsons
E Paul
N Pavel
JM Pawlak
R Pawlak
P Pelfer
A Pellegrino
F Pelucchi
C Peroni
A Pesci
MC Petrucci
M Pfeiffer
D Piccioni
K Piotrzkowski
G Poelz
S Polenz
A Polini
M Posocco
A Prinias
AS Proskuryakov
M Przybycień
MB Przybycień
J Puga
A Quadt
JT Rahn
M Raso
DD Reeder
C Rembser
J Repond
F Ricci
S Ritz
M Riveline
M Roco
DG Roff
M Rohde
J Roldan
TA Romanowski
E Rulikowska-Zarebska
O Ruske
M Ruspa
JJ Ryan
A Sabetfakhri
R Sacchi
HF-W Sadrozinski
H Salehi
S Sampson
G Sartorelli
RL Saunders
AA Savin
DH Saxon
M Schioppa
S Schlenstedt
WB Schmidke
U Schneekloth
W Schott
O Schwarzer
F Sciulli
JK Sedgbeer
A Seiden
F Selonke
TP Shah
LM Shcheglova
D Sideris
D Simmons
LE Sinclair
WH Smith
A Solano
AN Solomin
M St-Laurent
A Staiano
DG Stairs
J Stamm
L Stanco
R Stanek
A Stifutkin
PB Straub
E Strickland
R Stroili
B Surrow
G Susinno
L Suszycki
MR Sutton
I Suzuki
RL Talaga
RJ Tapper
E Tassi
J Terrán
RJ Teuscher
JR Tickner
H Tiecke
K Tokushuku
WS Toothacker
T Trefzger
T Tsurugai
N Tuning
T Tymieniecka
H Uijterwaal
R Ullmann
K Umemori
A Vaiciulis
A van Sighem
W Verkerke
C Voci
J Vossebeld
L Votano
T Voß
M Vreeswijk
R Walczak
R Walker
SM Wang
DS Waters
R Waugh
R Wedemeyer
D Westphal
JJ Whitmore
R Wichmann
K Wick
H Wieber
L Wiggers
DC Williams
AS Wilson
M Wing
M Wodarczyk
G Wolf
U Wollmer
AK Wrońblewski
JT Wu
S Wölfle
S Yamada
T Yamashita
K Yamauchi
Y Yamazaki
R Yoshida
C Youngman
J Zajac
JA Zakrzewski
Y Zamora Garcia
AF Zarnecki
L Zawiejski
F Zetsche
W Zeuner
H Zhang
Q Zhu
A Zichichi
SA Zotkin
Publication date: 1 January 1997
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

By making decomposition of the Wigner function simultaneously in both the spinor and the isospin spaces we derive a set of kinetic equations for the quark distribution functions and the spin densities. A detailed analysis of the consequences imposed by the chiral invariance on the form of the transport equations is presented.Comment: Revtex, 25 pages, no figure