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Next: 2.3. Differential Equations, Dynamical Up: Analysis Previous: 2.1. Functional Analysis, Operator

2.2. Representation Theory, Operator Algebras and Complex Analysis

A.A. Artemov, Tambov, Russia, G. van Dijk
J. Cuntz, Münster, Germany, N.P. Landsman
H.P. Dikshit, New Delhi, India, M.G. de Bruin
S. Gindikin, New Brunswick, U.S.A., G. van Dijk
J. Gracia-Bondia, Costa Rica, N.P. Landsman
A. Haefliger, Geneva, Switserland, N.P. Landsman
W. Hereman, Golden, U.S.A., J.A. Sanders
J. Huebschmann, Lille, France, N.P. Landsman
J. van der Jeugt, Ghent, Belgium, E. Koelink
J. Kustermans, Leuven, Belgium, E. Koelink
P.A. Lesky, Stuttgart, Germany, R. Koekoek
D.H. Mache, Dortmund, Germany, M.G. de Bruin
K. Mackenzie, Sheffield, U.K., N.P. Landsman
G. MaríBeffa, Madison, U.S.A., J.A. Sanders
J. Mc Kay, Montreal, Canada, J.A. Sanders
A. Meshkov, Oryol, Russia, J.A. Sanders
V.F. Molchanov, Tambov, Russia, G. van Dijk
J. Murdock, Ames, U.S.A., J.A. Sanders
Q.D. Nguyen, Toulouse, France, P. de Paepe, J. Wiegerinck
V. Nistor, Penn State, U.S.A., N.P. Landsman
A. O'Farrell, Maynooth, Ireland, P. de Paepe, J. Wiegerinck
P.J. Olver, Minneapolis, U.S.A., J.A. Sanders
A.M. Paolucci, Belfast, Northern Ireland, E. Koelink
M. Passare, Stockholm, Sweden J. Wiegerinck
P. Paule, Linz, Austria, T.H. Koornwinder
M. Pevzner, Brussels, Belgium, G. van Dijk
M. Pflaum, Berlin, Germany, N.P. Landsman
H. Prado, Santiago, Chile, A.F.M. ter Elst
M. Reeder, Boston, U.S.A., E.M. Opdam
J. Renault, Orleans, France, N.P. Landsman
D.W. Robinson, Canberra, Australia, A.F.M. ter Elst
H. Rosengren, Lund/Gothenburg, Sweden, E. Koelink
A. Sergyeyev, Opava, Czech Republic, J.A. Sanders
Y. Soibelman, Bures, France, N.P. Landsman
V.V. Sokolov, Moscow, Russia, J.A. Sanders
A. Strasburger, Warsaw, Poland, G. van Dijk
P. Thomas, Toulouse, France, J. Wiegerinck
G.M. Tuynman, Lille, France, N.P. Landsman
S. Vaes, Leuven, Belgium, E. Koelink
A.M. Vershik, St. Petersburg, Russia, G. van Dijk
S.L. Woronowicz, Warszawa, Poland, T.H. Koornwinder


next up previous
Next: 2.3. Differential Equations, Dynamical Up: Analysis Previous: 2.1. Functional Analysis, Operator