Mathematics in the kitchen.

 

Diagnosing with Topology.

Congratulations to colleagues who have been awarded the following titles in the annual Recognition of Distinction exercise:

Jochen Koenigsmann - Professor of Mathematics

Mark Mezei - Professor of Mathematical Physics

Yuji Nakatsukasa - Professor of Numerical Analysis

Luc Nguyen - Professor of Mathematics 

Panagoitis Papazoglou - Professor of Mathematics 

Alex Ritter - Professor of Mathematics 

Melanie Rupflin - Professor of Mathematics

Modelling collective cell migration in a data-rich age: challenges and opportunities for data-driven modelling
Baker, R Crossley, R Falco, C Martina-Perez, S Cold Spring Harbor perspectives in biology
Optimal control in combination therapy for heterogeneous cell populations with drug synergies
Martina-Perez, S Johnson, S Crossley, R Kasemeier, J Kulesa, P Baker, R Bulletin of Mathematical Biology
Modeling cell differentiation in neuroblastoma: insights into development, malignancy, and treatment relapse
Martina Perez, S Heirene, L Kasemeier, J Kulesa, P Baker, R Journal of Theoretical Biology
Thu, 23 Oct 2025
16:00
Lecture Room 4

TBA

Xiangqian Yang
(Peking University)
Graviton scattering on self-dual black holes
Adamo, T Bogna, G Mason, L Sharma, A (24 Jul 2025)
Tue, 09 Sep 2025
16:00
L4

Continua of Steadily Rotating Stars

Prof. Walter Strauss
(Brown University)
Abstract
I will present a survey of some recent mathematical work on rotating stars that is joint with Yilun Wu.   The rotating star is modeled as a compressible fluid subject only to gravity. Under certain conditions there exists a large family of solutions on which the supports of the stars become unbounded. The stars have a fixed mass and they rotate around a fixed axis at a speed that varies along the family.  I will also mention a more elaborate model, joint with Yilun Wu and Juhi Jang, that permits the entropy to be variable.


 

Subscribe to