In case you ever wondered where the "glass" in "spin glass" comes from. This is a great survey btw. "An informal introduction to the Parisi formula" arxiv.org/abs/2410.12364

Our minisymposium on "Complex Weights in Networks and Data Science" will take place on Tuesday, October 22nd, as part of #SIAMMDS24. meetings.siam.org/program.cfm?CO… Looking forward to discussions at the intersection of mathematical physics and data science.

Really enjoyed the HPC session organized by Oak Ridge National Laboratory. github.com/olcf/hands-on-…

Here is a recent paper in #BulletinMathBio by Hannah Kravitz, Christina Durón and Moysey Brio titled "A Coupled Spatial-Network Model: A Mathematical Framework for Applications in Epidemiology". link.springer.com/article/10.100…

I have an interesting Postdoc position to offer: I am looking for an interdisciplinary minded researcher to work together on computational social science for democracy. The position is for 3 years within a Horizon Europe Project. Please apply or share! …toruniversity.wd103.myworkdayjobs.com/en-US/Careers/…

How to Infer Network Structure from Dynamics? Basic ideas: a) Find how time series information of a network dynamical system can be approximately represented by a linear system of equations that encodes network structure b) attempt to find the sparsest solution for the system

Register for our upcoming webinar with Dr. Moore! 🔥 bit.ly/EDGEwebinar1114

Our group Western University and The Fields Institute Lab for Network Science has postdoctoral and graduate research positions available. We are looking for scientists to bring together applied mathematics, neural data, and neural networks. Join our collaborative team!

The full version of our article on improving organizational selection processes is available here: tinyurl.com/mwenwxye

The latest in our series of papers combining ideas from network science and mathematical physics. "Clustering-induced localization of quantum walks on networks" (by Lucas Böttcher [Lucas Böttcher 🇺🇦] & MAP): arxiv.org/abs/2412.04325

Because of clustering-induced interference effects, the quantum walk in the simulation below primarily alternates between two nodes. In contrast, a classical random walk on the same network would gradually diffuse across the entire network. More details: arxiv.org/abs/2412.04325

What is the future of biostatistics in AI era? What do you think? Andrew Gelman et al. Mladen Jovanović Dimitris Rizopoulos Vadim Zipunnikov 🇺🇦 Maarten van Smeden Mark van der Laan My opinion: digitalbiostatistics.com/2025/01/my-tho…

Our new paper on aggregating results from multiple to improve medical decision-making is available here: doi.org/10.1371/journa… UCLA Biomathematics UCLA_Computational Medicine Laboratory for Systems Medicine UF

Be ready for next week's Back To The Future conference on "What We Can and Cannot Optimize For." Check out more on the conference's website: backtothefuture.ch

Check out the livestream of our conference Back to the Future! youtube.com/watch?v=DGqzUI…

Thank you, Comput. Soc. Science and Dirk Helbing, for organizing this workshop! backtothefuture.ch

In collaboration with Laboratory for Systems Medicine UF, we propose a method for controlling agent-based models using surrogate models: journals.plos.org/ploscompbiol/a… Our goal is to apply these techniques to the medical digital twin systems we are developing.

HISTORY OF PHYSICS What's wrong with this Lagrangean? by David Mermin. [This is so funny that I'll post it in full]

"The C3 Commission of IUPAP is delighted to announce the awardees of the Boltzmann Medal 2025: Mehran Kardar & Yoshiki Kuramoto" This is the big triennial international award for career achievements in statistical physics.

In collaboration with Laboratory for Systems Medicine UF, we developed artificial neural network (ANN) controllers designed for agent-based models (ABMs)—a widely used modeling framework in medical digital twins. Link to the full article: doi.org/10.1098/rsta.2…