Books written by the employees of the department

Here you can find a number of books written by, and collections edited by, employees of the department.

Authors Title Year
Sergio Albeverio, Pavel Kurasov Singular perturbations of differential operators: solvable Schrödinger type operators 2012
Sven Erick Alm, Tom Britton Stokastik 2008
F.A. Berezin, Dimitry Leites Lekcii po statističeskoj fizike 2011
Tom Britton, Odo Diekmann, Hans Heesterbeek Mathematical tools for understanding infectious disease dynamics 2012
Tom Britton, Etienne Pardoux Stochastic Epidemic Models with Inference 2020
Ralf Fröberg An introduction to Gröbner bases 2007
Thomas Höglund Mathematical Asset Management 2009
Dimitry Leites, Joseph Bernstein, Vladimir Molotkov,
et al.
Seminar of Supersymmetries: volume 1 (edited by D. Leites) 2013
Dimitrii Silvestrov, Sergei Silvestrov Nonlinearly Perturbed Semi-Markov Processes 2017
Dmitrii Silvestrov Limit Theorems for Randomly Stopped Stochastic Processes 2010
Dmitrii S. Silvestrov American-type options: stochastic approximation methods, volume 2 2016
Dmitrii S. Silvestrov American-type options: stochastic approximation methods, volume 1 2014
Dmitrii Silvestrov, Evelina Silvestrova Elsevier's Dictionary of Statistical Terminology: English-Russian, Russian-English 2016
Rolf Sundberg Statistical Modelling by Exponential Families 2019
Åke Svensson, Petia Wohed, Gustaf Juell Skielse ÖST Öppna Sociala eTjänster: ett Vinnova projekt 2009-2011: slutrapport 2012

 

 

Collections (editor employed at the department)

Lectures on Statistical Physics (by F.A.Berezin)

Representation theory. Vol. 1

Introduction to the theory of schemes and quantum groups (by Yu. Manin)

Recollections on  Felix Alexandrovich Berezin --- the founder of supermathematics, (compiled by E.G Karpel and R.A Minlos)

Algebra, Algebraic Topology and their Interactions (Stockholm 1983): (and later developments)

Algebra, Algebraic Topology and their Interactions (Stockholm 1983): (and later developments)

Algebra, algebraic topology and their interactions

Modern Problems in Insurance Mathematics

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