BEGIN:VCALENDAR
VERSION:2.0
PRODID:-//CERN//INDICO//EN
BEGIN:VEVENT
SUMMARY:Junior Trimester Program "Renewal Equations\, PDEs and non-equilib
 rium systems in biological modelling" [HIM Trimester Program]
DTSTART:20270118T080000Z
DTEND:20270416T140000Z
DTSTAMP:20260721T200100Z
UID:indico-event-410@math-events.uni-bonn.de
CONTACT:him-contact@hcm.uni-bonn.de\;him-coordination@hcm.uni-bonn.de
DESCRIPTION:Speakers: Kanami Ueda\, Emma Seggewiss (HCM)\n\nThe Junior Tri
 mester Program is primarily addressed to PhD students\, postdocs and young
  (assistant) professors. Applicants are expected to have completed their P
 hD thesis at most 6 years ago. \nIf a group of junior scientists wants t
 o apply\, then every member is asked to complete the application form belo
 w. Please do not forget to indicate the name of group leader and the names
  of the members. The Letter of Intent should contain a project description
  of the group and may be identical for all members.\n\n \n \n \n©2013\
 , The President and Fellows of Harvard College\nMentors: \n\nMarie Doumic
  (Inria and Ecole polytechnique)\nEugenia Franco (University of Bonn)\nJ. 
 J. L. Velázquez (University of Bonn)\n\nThe development of mathematical m
 odels describing biological phenomena has been an active research field du
 ring the last decades. Significant progress in experimental biology provid
 es a large amount of precise quantitative information on many biological s
 ystems. This poses the challenge of understanding these processes using we
 ll established mathematical and physical models. A particularly difficult 
 task is the development of mathematical tools allowing to analyze systems 
 out of equilibrium. In addition\, in many biological problems the study of
  inverse problems and the methods of control theory are playing an increas
 ingly important role. During this Junior Trimester Program we will bring 
 together researchers working in classical branches of mathematical biology
 \, as for instance structure population models\, renewal equations and rea
 ction-diffusion systems\, as well as scientists interested in biological s
 ystems in which the lack of equilibrium plays a crucial role in their beha
 vior\, or experts in inverse problems with biological applications. Struct
 ure population models and reaction-diffusion equations had played a crucia
 l role in areas like population dynamics\, epidemiology and understanding 
 pattern formation. There are still a large number of problems in biology i
 n which these classical tools can be useful. At the same time tools of sta
 tistical physics and inverse problem theory have an enormous number of pot
 ential applications in biology. The program will offer a series of events
  focused on these topics and host researchers at all levels on topics rela
 ted with the one proposed in the trimester.\nLink to Junior Trimester Prog
 ram website\nTrimester Program Events:\nEach week of the Trimester Program
  includes numerous activities\, such as a seminar series\, lecture series\
 , reading courses and so on. In addition\, there are some major events\, t
 hree workshops and one school. The workshops are aimed at people who are p
 articipants in the Trimester Program at that time. It is not possible to a
 pply only for these workshops. The Winter School is aimed at early-career 
 researchers\, especially PhD students and postdocs. There is a separate ap
 plication platform for this event\, which can be found on the school's eve
 nt page.\n\n\nSchool: Differential Equations in Mathematical Biology: Anal
 ysis\, Stochasticity\, and Modelling (January 18 - 22\, 2027)\nWorkshop: R
 ecent trends in PDEs for mathematical biology: dynamics\, stability and pa
 tterns (February 15 - 19\, 2027)\nWorkshop: Mathematical biology across sc
 ales: from interacting particle models to PDEs via kinetic theory (March 1
 5 - 19\, 2027)\nWorkshop: Stochastic and deterministic perspectives on rea
 ction and interaction networks (April 12 - 16\, 2027)\n\n\n \nTo apply fo
 r the Trimester Program\, please register as an Indico user.\n\nhttps://ma
 th-events.uni-bonn.de/event/410/
LOCATION:Poppelsdorfer Allee 45\, 1\, EG\, Lecture room (HIM)
URL:https://math-events.uni-bonn.de/event/410/
END:VEVENT
END:VCALENDAR