We are pleased to confirm the programme for the Mathematics in Life Sciences (MiLS) meeting on "Time-Delay Systems in Life Sciences", which will take place on 16 -17 December 2024 at the University of Nottingham (University Park Campus) in the School of Mathematical Sciences (number 20 on the campus map). Directions to the University Park Campus (including cycling facilities, bicycle routes, bus and tram lines) can be found here.
Attendance to the meeting is free of charge, but we kindly ask you to register your intention to attend by completing the registration form. Registrations and contributions of posters will be accepted up until 12th December and can be made through the registration form.
We look forward to welcoming you in Nottingham.
Schedule (click here for abstracts)
Monday 16 December
11:30 Arrival and coffee in Mathematical Sciences Atrium
12:00 Lukas Eigentler (University of Warwick)
Delayed loss of stability of periodic travelling waves affects wavelength changes of patterned ecosystems
12:40 Lunch buffet and posters in Mathematical Sciences Atrium
13:40 Stefan Ruschel (University of Leeds)
Master stability curves for traveling waves on Zn-equivariant networks
14:20 Maia Angelova (Aston University)
Delay differential equations model for glucose-insulin regulation
15:00 Coffee break
15:20 Hil Meijer (University of Twente)
Synchrony across the brain; a harmonic balance approach to delay-coupled oscillators
16:00 Benoit Huard (Northumbria University)
TBC
17:00 & Dinner & Food provided in Mathematical Science Atrium followed by outing for drinks
Tuesday 17 December
10:00 Yuliya Kyrychko (University of Sussex)
Imitation dynamics of vaccination with distributed delay risk perception
10:40 Jonathan Crofts (Nottingham Trent University)
Network structure and time delays shape synchronisation patterns in brain network models
11:20 Coffee Break
11:40 Francesca Scarabel (University of Leeds)
Numerical stability and bifurcation analysis of equations with infinite delay
12:20 Robert Allen (University of Nottingham)
Phase-Isostable Reduction of Coupled Oscillator Networks with Delays in the Node Dynamics and in the Coupling
13:00 Lunch buffet in Mathematical Sciences Atrium
14:00 Jérémie Lefebvre (University of Ottawa)
How white matter plasticity shapes brain dynamics, function and disease
15:00 Coffee and close