Happy to have this out there! I had a lot of fun working with (and learning from) @akshitg.bsky.social on this mini-review on microdiversity in microbial populations and how current ecological theory fails to quantitatively explain the observations. doi.org/10.1111/1462...

Excited to finally share this work w/ @suryaganguli.bsky.social Tl;dr: we find the first closed-form analytical theory that replicates the outputs of the very simplest diffusion models, with median pixel wise r^2 values of 90%+. arxiv.org/abs/2412.20292

Generate random draws from a Cauchy just to remind yourself that you almost never actually want a Cauchy anywhere in a probabilistic model.

Happy to have this out today in JOSS! Hplc-py is a Python software tool that quantitatively decomposes complex chromatograms into their constituent signals: joss.theoj.org/papers/10.21...

I am cautiously optimistic that my lab will have an open postdoc position in 2024. If you are potentially interested, please reach out. Or if you know somebody who might be interested, please connect us. My email is on our lab website sklab.science

Over the past two years, I've used HPLC to measure carbon turnover in microbes. The most painful part was quantifying the resulting chromatograms. Today, I (with Jonas Cremer) released hplc-py: A python tool that makes quantification easy. cremerlab.github.io/hplc-py

If you’re interested in comprehensive guidance for improving your communication skills I cannot recommend the book “Trees, Maps, and Theorems” enough, www.principiae.be/X0100.php. 2/5