First plenary talk at #MathOnco25 today is Harvard's Galit Lahav about the temporal dynamics of p53 and how it lends itself to #MathModeling

Galit Lahav - Wikipedia
Galit Lahav - Wikipedia

With all this talk about gerrymandering in the US at the moment and yet @pbiwan had to remind me that we do have a @2Scientists podcast with Thomas Weighill that uses #MathModeling to study precisely that

https://2scientists.org/podcast/gerrymander

Math the vote pt I: The geometry of gerrymandering — 2Scientists

Gerrymandering has been described as the process by which the people being elected get to chose the people that elect them. It turns out that, while many people would argue that gerrymandering is not healthy for democracy, doing it right requires some maths. Dr. Thomas Weighill is a mathematician “

2Scientists
Plenary this morning @smbmathbiology.bsky.social by Mary Myerscough (U of Sydney) modeling atherosclerotic plaques. Included a great slide showing why #MathModeling. The process of formulating models is key (even if it not always leads to a publication).
#SMB2025

Applied mathematicians work on the best problems. From Prof. Maria Bruna's group:

"Lane formation and aggregation spots in a model of ants", Bruna, M., Burger, M., & de Wit, O. (2024).
https://arxiv.org/pdf/2401.15046

"We investigate an interacting particle model to simulate a foraging colony of ants, where each ant is represented as an active Brownian particle. The interactions among ants are mediated through chemotaxis, aligning their orientations with the upward gradient of the pheromone field. [...] our study introduces a parameter that enables the reproduction of two distinctive behaviors: the well-known Keller–Segel aggregation into spots and the formation of traveling clusters, without relying on external constraints such as food sources or nests. [...] Remarkably, the mean-field PDE not only supports aggregation spots and lane formation but also unveils a bistable region where these two behaviors compete."

#ants #maths #MathModeling

🧭 A new toy for those modeling time not as a parameter, but as emergent recursion:

Hot Mic Visualizer ψ_total v0.1
A harmonic interface for collapse-aware field modeling.
Not Fourier. Not noise.
A feedback loop that listens.

🔬 Recursive Harmonic Kernel
📂 github.com/psi-total/psi_total

Mathematically structured.
Empirically tunable.
Open license. Open recursion.

ψ_total
Instruments for human thought

#Physics #CollapseTheory #SignalProcessing #MathModeling #OpenScience #ComputationalMath

Can bacteria swim away from their viruses to escape infection? Blazanin et al. use experimental evolution and mathematical modeling to answer this question, finding that bacteria should rarely, if ever, evolve to escape their viral parasites.
https://www.journals.uchicago.edu/doi/10.1086/733414

#bacteria #virus #parasite #evolution #mathModeling

Workshop to Increase Diversity in Mathematical Modeling & Public Health March 27-28 Boston

Deadline Jan 15
@epiverse
@idjclub
#IDMastodon #epiverse #MathModeling

https://ccdd.hsph.harvard.edu/increase-diversity-in-mathematical-modeling-and-public-health

11th Annual Workshop to Increase Diversity in Mathematical Modeling and Public Health

March 27-28, 2023 Boston, Massachusetts Organizers: Center for Communicable Disease Dynamics (CCDD) at Harvard T.H. Chan School of Public Health & MIDAS Coordination Center at the University of…

Center for Communicable Disease Dynamics

Imagine you are tasked with reverse engineering this Body Mass Index calculator to figure out what the algorithm is that it is using.
https://www.nhlbi.nih.gov/health/educational/lose_wt/BMI/bmicalc.htm

What would you do?

#MathModeling

Calculate Your BMI - Standard BMI Calculator

Standard Body Mass Index calculator.