Come and work with us! I'm looking for a PDRA in data-driven modelling of collective cell behaviour to join the group. More information at www.maths.ox.ac.uk/node/80472

Here is a recent #BulletinMathBio paper by Arianna Ceccarelli, @apbrowning.bsky.social, and @profruthbaker.bsky.social Approximate Solutions of a General Stochastic Velocity-Jump Model Subject to Discrete-Time Noisy Observations. link.springer.com/article/10.1... 🧪

Congrats to MACSYS Dep. Director @mjsimpson.bsky.social & his colleagues @apbrowning.bsky.social @profruthbaker.bsky.social @davidjwarne.bsky.social & @omaclaren.bsky.social - just awarded the Lewis Wolpert Prize for Best Paper by Journal of Theoretical Biology www.sciencedirect.com/journal/jour...

Come work with us in Sydney! We are looking to recruit a highly motivated Research Associate to join our Centre at UNSW. The role will involve the application of mathematical modelling to cellular processes. - Level A/B - Fixed term, 3 years APPLY: external-careers.jobs.unsw.edu.au/cw/en/job/53...

Nominations sought for the 2026 SIAM Activity Group on Life Sciences Early Career Prize! Deadline May 1, 2025. Eligibility criteria and more information: www.siam.org/programs-ini...

Excited to announce that registration for UK Maths Bio 2025 is open. We have an exciting list of confirmed speakers and are looking for more exciting talks and posters from the community. Please submit your abstract by 31 March 25. ukmathbioconference.github.io

Only a few days left to register for our upcoming developmental biology symposium #beddingtonconf. 📅 10-11 Feb 📍 The Crick 🎟️ 24 Jan registration deadline www.eventbrite.co.uk/e/the-3rd-cr...

Thanks to @mjsimpson.bsky.social and @profruthbaker.bsky.social for the excellent collaboration, and to the journal editors for the invitation to contribute.

We show how these process often give rise to nonlinear terms in the governing equations. With plenty of worked examples we hope this will be a useful resource for modellers and researchers starting out in this area.

Classical random walk theory applies to movement models where there are no interactions between individuals. In this paper, we cover extensions of his theory to situations where individuals interact in specific ways, e.g. crowding effects or competition.

Do you work with individual-based models of birth, death and movement? We have a review paper for you, part of a special collection for the journal Interface’s 20th birthday! doi.org/10.1098/rsif...

The 2025 SMB Annual Meeting is now accepting proposals for minisymposia, which are due January 16, 2025. Minisymposia can have up to three co-organizers and up to eight speakers. 2025.smb.org/submit #SMB2025 🧪