The five main research areas of the Department are: algebra and discrete mathematics; analysis; applied mathematics and mechanics; stochastics and statistics; systems analysis and operations research. We offer major and minor studies at the bachelor's and master's level and provide doctoral research training. Our graduates have been recruited by universities, research institutes, governmental agencies as well as companies in the financial, energy and transportation sectors, for instance.
23.5. 15:15 Ferenc Szöllösi (Aalto - Department of Communications and Networking ): Constructions of maximum few-distance sets – M2 (M233)
28.5. 10:15 Timo Takala (kandiesitelmä): Elliptisen osittaisdifferentiaaliyhtälön heikko ratkaisu – M3 (M234)
28.5. 11:15 Lauri Nyman (kandiesitelmä): Binääristen luokitteluongelmien ratkaisu hypoteesitestauksen menetelmin – M3 (M234)
29.5. 14:15 Departmental meeting – Coffee room
Huilian Jia (Xián Jiaotong University) 4.9.2017–31.10.2018
Ryan Gibara 29.3.–31.8.
Juha Videman 23.4.–22.6.
David Ríos Insua 14.5.–1.6.
Vedran Krcadinac 15.5.–22.5.
Matteo Bonforte 17.5.–19.5.
Pekka Lehtelä, M.Sc.(Tech.), will defend the dissertation "Generalized solutions to the porous medium equation" on 18 May 2018 at 12 noon at the Aalto University School of Science. In the dissertation, the connections between various classes of generalized solutions to the porous medium equation are studied.
Professor Matteo Bonforte, Universidad Autónoma de Madrid, will act as the opponent. Custos is Professor Juha Kinnunen, Department of Mathematics and Systems Analysis. Dissertation press release is available at: http://sci.aalto.fi/en/current/events/2018-04-05-002/.
Casimir Lindfors, M.Sc.(Tech.), will defend the dissertation "Regularity for nonlinear parabolic partial differential equations" on 26 April 2018 at 12 noon at the Aalto University School of Science, lecture hall D, Otakaari 1, Espoo. In the dissertation nonlinear parabolic partial differential equations are studied, in particular the regularity of their solutions, such as boundedness and continuity. The main focus is on equations with Orlicz-type growth conditions that generalize the parabolic p-Laplace equation, in addition to which phase transition problems are considered.
Professor Peter Lindqvist, Norwegian University of Science and Technology, will act as the opponent. Custos is Professor Juha Kinnunen, Department of Mathematics and Systems Analysis. Dissertation release is available at: http://sci.aalto.fi/en/current/events/2018-03-22-002/.
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