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Valerio Toledano Laredo

Associate Professor


Office Number:

528 NI

Phone Number:

617-373-5526

Fax Number:

617-373-5658

E-Mail Address:

V.ToledanoLaredo [At] neu.edu

Mailing Address:

Northeastern University
360 Huntington Ave.
Department of Mathematics
567 Lake Hall
Boston, MA 02115



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

Recent video lectures


[4] Stability conditions and Stokes factors
Worldwide Center of Mathematics, Cambridge, October 2009.
[3] Stokes factors and stability conditions
Newton Institute, University of Cambridge, June 2009.
[2] Stability conditions and Stokes factors for physicists
Kavli Institute for Theoretical Physics, UC Santa Barbara, March 2009.
[1] Hall algebras
GRASP lecture, UTexas at Austin, March 2009.

Papers and Publications

[12]  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), to appear in Advances in Mathematics
, 71 pages.

[11]  The Dynkin diagram cohomology of finite Coxeter groups
           (with R. Rouquier),  Journal of Algebra 323 (2010), 59-82.

[9]  Quasi-Coxeter Algebras, Dynkin Diagram Cohomology and Quantum Weyl Groups
        International Mathematics Research Papers 2008, 167 pages.

[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: syllabus

Spring 2008
Reading course on Poisson Lie groups: syllabus

Summer I 2008
MTHU 343 - Differential Equations and Linear Algebra for Engineering: syllabus
MTHU 371 - Linear Algebra with Applications: syllabus
Reading course on Perverse Sheaves

Fall 2008
MTH U241 - Calculus 1 for Science and Engineering: course policy, syllabus

Spring 2009
MTH G362 - Graduate course on Quivers, Hall Algebras and Quantum Groups: syllabus
MTH G734 - Reading course on Stability Conditions
: syllabus

Fall 2009
MTH G734 - Reading course on differential equations: syllabus

Spring 2010
MTH G362 - Graduate course on Differential equations and quantum groups

Last modified November 16, 2009.





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