Valerio Toledano Laredo
Assistant Professor
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Office Number:
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528 NI
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Phone Number:
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617-373-5526
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Fax Number:
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617-373-5658
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E-Mail Address:
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V.ToledanoLaredo [At] neu.edu
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Mailing Address:
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Northeastern University
360 Huntington Ave.
Department of Mathematics
567 Lake Hall
Boston, MA 02115
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Research
Phd, University of Cambridge, 1997
Habilitation à diriger les recherches, Université
Pierre et Marie Curie (Paris), 2005 text
Areas of Interest
Conformal Field Theory, Representation theory
Papers and Publications
[12] The Dynkin diagram
cohomology of finite Coxeter groups
(with R. Rouquier), Apr.
2008 preprint, 23 pages, arXiv:0804.0947.
[11] Stability conditions and
Stokes factors
(with T. Bridgeland), Jan. 2008
preprint, 57 pages, arXiv:0801.3974.
[10] Gaudin
Models with Irregular Singularities
(with B. Feigin and E. Frenkel),
Dec. 2006 preprint, 71 pages, math.QA/0612798.
[9] Quasi-Coxeter
Algebras, Dynkin Diagram Cohomology and Quantum Weyl Groups
June 2005 preprint, 124 pages, math.QA/0506529.
[8] Cohomological
Construction of Relative Twists
Advances in
Mathematics 210 (2007),
375-403.
[7] Casimir
Operators
and Monodromy Representations of Generalised Braid Groups
(with John J. Millson),
Tranformation Groups 10
(2005),
217-254.
[6] Flat
Connections
and Quantum Groups
Acta Applicandae
Mathematicae 73
(2002), 155-173.
[5] A
Kohno-Drinfeld
Theorem for Quantum Weyl Groups
Duke Mathematical Journal 112
(2002), 421-451.
[4] Integrating
Unitary Representations of Infinite-Dimensional Lie Groups
Journal of Functional
Analysis 161
(1999), 478-508.
[3] Positive
Energy Representations of the Loop Groups of non Simply Connected Lie
Groups
Communications in
Mathematical
Physics 207 (1999), 307-339.
[2] Chordless
paths, odd holes, and kernels in graphs without m-obstructions
(with F. Gavril and D. de
Werra), Journal of Algorithms 17 (1994), 207-221.
Ph.D. THESIS
[1] Fusion
of Positive Energy Representations of LSpin(2n)
University of Cambridge,
December
1997, 157 pages.
Teaching
Fall
2006
MTH U242 - Calculus 2 for Science and
Engineering: syllabus
Spring
2007
MTH U242 - Calculus 2 for Science and Engineering (course coordinator):
course
policy, syllabus
Fall
2007
Reading course on invariant theory for
semisimple Lie algebras: course
announcement
Spring
2008
Reading course on Poisson Lie groups: course
announcement
Summer I 2008
MTHU 343 - Differential Equations and Linear
Algebra for Engineering: syllabus
MTHU 371 - Linear Algebra with Applications: syllabus
Last modified May 6, 2008
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