Seminar quantum physics and geometry
Global observables in abelian gauge field theories
Coordination: K. Fredenhagen, B. Richter and C. Schweigert
05.11.2015:
Field theory from local to global (Klaus Fredenhagen);
First notions from category theory I (Louis-Hadrien Robert)
19.11.2015:
First notions from category theory II (Louis-Hadrien Robert)
03.12.2015:
Bundles (Jonathan Fisher);
Bundles with Connection and Groupoids (Lukas Woike)
17.12.2015:
Simplicial objects (Tobias Ohrmann)
14.01.2016:
Homotopy (co)limits (Anssi Lahtinen)
28.01.2016:
Homotopy colimits II (Jan Hesse);
A homotopical algebra approach to gauge theories (Marco Benini)
References:
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[Ba] H. Baum, Eichfeldtheorie, SpringerSpektrum Masterclass, 2014
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[Bo] F. Borceux: Handbook of categorical algebra I. Encyclopedia of mathematics and its
applications 50, Cambridge University Press, Cambridge 1994.
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[ML] S. Mac Lane: Categories for the working mathematician. Springer graduate texts in
mathematics 5.
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[Fre90] K. Fredenhagen, ''Generalizations of the theory of superselection sectors,'' in: The Algebraic
Theory of Superselection Sectors: Introduction and Recent Results, D. Kastler, ed.,
World Scientific Publishing (1990) 379.
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[Fre93] K. Fredenhagen, ''Global observables in local quantum physics,'' in: Quantum and Non-
Commutative Analysis: Past, Present and Future Perspectives, H. Araki, K. R. Ito, A.
Kishimoto, and I. Ojima, eds., Kluwer Academic Publishers (1993) 41.
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[FRS92] K. Fredenhagen, K.-H. Rehren and B. Schroer, ''Superselection sectors with braid group
statistics and exchange algebras II: Geometric aspects and conformal covariance,'' Rev.
Math. Phys. 4 (1992) 113.
Seminar quantum physics and geometry