Address:
Inselstraße 22
04103 Leipzig
Germany

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Phone: 0341 - 9959 - 701
Fax:     0341 - 9959 - 703

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We have one goal: To provide one of the world's best mathematics libraries.

The library of the Max Planck Institute for Mathematics in the Sciences is offering its services mainly to the institute’s scientists. Of course, it is open to all interested visitors.

For institute members:For visitors:
  • access the library website and our licensed eResources via https://ezproxy.mis.mpg.de/login
  • register with us and get your library card in the E3 section during office hours
  • use the library and borrow books during the institute’s opening hours: 8 a.m. - 11 p.m.
  • contact the reception to use the library and its services during office hours
    (Inselstraße 22, 3rd floor)
  • unfortunately, the books can only be used inside the library

Office hours: Monday - Friday 8 a.m. - 5 p.m.
Don’t hesitate to contact us: library[at]mis.mpg.de


Enjoy the benefits of an excellent and inspiring research environment and a dedicated library team including our young talents.

Ingo Brüggemann
Head of Library

Britta Schneemann
Librarian

Katarzyna Baier
Librarian

Vocational training

Our library regularly trains “specialists for media and information services specializing in librarianship”. Find more information here.

All our trainee positions are currently filled. We ask you to please refrain from applying.

Access to internal services

EZproxy - allows institute members to globally access the library catalogue and our licensed eResources (eBooks, eJournals and databases)

Library catalogue - accessible from inside the MPG or the University of Leipzig

Discover your library


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New Institute Publications

22.06.2018

Journal Articles

Retzlaff, N. and P. F. Stadler: Partially local multi-way alignments. Mathematics in computer science, 12 (2018) 2, p. 207-234[DOI][FREELINK]

Smerlak, M. : Natural selection as coarsening. Journal of statistical physics, 172 (2018) 1, p. 105-113[DOI][ARXIV]

Jost, J. ; Liu, L. and M. Zhu: Energy identity for a class of approximate Dirac-harmonic maps from surfaces with boundary. Annales de l'Institut Henri Poincaré / C, Vol. not yet known, pp. not yet known MIS-Preprint: 11/2017[DOI]

Bella, P. ; Fehrman, B. J. and F. Otto: A Liouville theorem for elliptic systems with degenerate ergodic coefficients. The annals of applied probability, 28 (2018) 3, p. 1379-1422 MIS-Preprint: 47/2016[DOI][ARXIV]

Liang, X. ; Li, B. ; Ye, B. ; Fei, S. and X. Li-Jost: Complete optimal convex approximations of qubit states under B2 distance. Quantum information processing, 17 (2018) 7, 185[DOI]

Klemm, K. ; Mehta, A. and P. F. Stadler: Cover-encodings of fitness landscapes. Bulletin of mathematical biology, Vol. not yet known, pp. not yet known[DOI]

Jost, J. ; Wu, R. and M. Zhu: Partial regularity for a nonlinear sigma model with gravitino in higher dimensions. Calculus of variations and partial differential equations, 57 (2018) 3, 85 MIS-Preprint: 64/2017[DOI][ARXIV]

Bhattacharya, T. ; Retzlaff, N. ; Blasi, D. E. ; Croft, W. ; Cysouw, M. ; Hruschka, D. ; Maddieson, I. ; Müller, L. ; Smith, E. ; Stadler, P. F. and G. Starostin: Studying language evolution in the age of big data. Journal of language evolution, Vol. not yet known, pp. not yet known[DOI]

Zheng, W. ; Ma, Z. ; Wang, H. ; Fei, S. and X. Peng: Experimental demonstration of observability and operability of robustness of coherence. Physical review letters, 120 (2018) 23, 230504[DOI]

Preprints

Otto, F. ; Scholtes, S. and M. G. Westdickenberg: Optimal L1-type relaxation rates for the Cahn-Hilliard equation on the line. [ARXIV]

Baletti, G. ; Sturmfels, B. and M. Panizzut: K3 polytopes and their quartic surfaces. MIS-Preprint: 40/2018[ARXIV]

Academic Theses

di Dio, P. J.: The truncated moment problem. Dissertation, Universität Leipzig, 2018

Books

Khoromskij, B. N.: Tensor numerical methods in scientific computing. De Gruyter, 2018. - X, 369 p. (Radon series on computational and applied mathematics) ISBN 978-3-11-036591-7 [DOI]

Khoromskaia, V. and B. N. Khoromskij: Tensor numerical methods in quantum chemistry. De Gruyter, 2018. - VIII, 289 p.ISBN 978-3-11-036583-2 [DOI]
25.06.2018, 10:36