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It senses with heterogeneous instruments, maintains a belief over ensembles, reasons and plans under uncertainty, acts by proposing molecules and assays, and learns from outcomes. By formalizing memory, decision criteria, and self-critique, this pipeline becomes an agentic scientific system for disordered targets whose success can be quantified by calibration, generalization, and sample efficiency. Our BioMatics and Grubmüller's work play a role too. We will publish it.

As people become more aware of all the scientific and technological progress from the research literature, worthwhile to use this cheat sheet: https://xkcd.com/678/

Publication alert! Thrilled to share that our article in Journal of Microscopy is now accessible online and as open access! If you wonder how to start the analysis of biological images, we propose a decision tree to help identify which methods may be suitable to images, as well as illustration examples. Just follow the link(s).... #imageanalysis #bioimaging

Time-resolved fluorescent proteins expand fluorescent microscopy in temporal and spectral domains Zizhu Tan et al. https://lnkd.in/efRvwb4c We present to your consideration our textbook titled "Principles of Light Microscopy: From Basic to Advanced." https://lnkd.in/e8yj8Gd8 . It’s been accessed 41,000 times.

Based on the graphical abstract and summary it looks pretty cool for anybody interested in FP! Waiting for reading full article. Tr-FPs (Time-resolved Fluorescence-Proteins) with FLIM and STED #FLIM #STED #microscopy #fluorescenceproteins

Top tip to siege-proof your own studies: don’t limit contact options to phone and email. No respite, chapter 7 of Camera Obscura - my playthrough of Outliers, Samantha Leigh's journalling game about weird science - is out now at foggyoutline dot com. New chapters every month until I win (the study becomes sustainable and research assistant goes full time) or lose (the study runs out of funds or gets shut down by the IRB).

RCL's Lab Director, Sarah Bauerle Bass, and one of our Graduate Researchers, Scout Silverstein, MPH, are co-authors on a new paper! The paper, The development of gender- and sex-diverse standardized patients for interprofessional learning: a community-based participatory approach,   can be found using this link: https://lnkd.in/eTaS29G6

Excited to share that our paper “Path Gradients after Flow Matching” has been accepted at NeurIPS 2025 🎉 This work builds a bridge between my PhD research on Path Gradients and the now widely used Flow Matching approach for training Boltzmann Generators. The result: a hybrid training strategy that consistently improves performance: Up to 3× higher sampling efficiency and better NLL - all with the same model and computational budget. In our final experiments, we also found that Path Gradient fine-tuning boosts transferable Boltzmann Generators, improving generalization to unseen dipeptides. In short: if you’re already using Flow Matching, you might be leaving performance on the table. Path Gradients can help you get it without using additional samples. Work with Leon Klein. Find the paper on Arxiv: arxiv.org/abs/2505.10139

🎉 New publication from THE LIBS team! Our latest study demonstrates how Laser-Induced Breakdown Spectroscopy (#LIBS) combined with Principal Component Analysis (#PCA) can effectively differentiate and characterize #microplastics at various stages of environmental aging. 🌍 👏 Congratulations to our student Dominik K. on his first publication and poster presentation — a great milestone in his scientific journey! 👏 Also, a big thank you to all co-authors from our LIBS lab, CEITEC, for their excellent collaboration and contributions (Pavlína Modlitbová, Jozef Kaiser, Pavel Pořízka, and Daniel Holub), as well as to colleagues from Technische Universität Wien and Planterastics. 🔗Read the full paper here: https://lnkd.in/eHgdXTkj #CEITEC #CEITECscience #LIBS #LIBSlab

I'm excited to share that our paper, "Internet Technology and Innovation Performance: A Bibliometric Analysis," has been published in the Journal of Information Science. In this study, we map the evolving intellectual landscape of this field by conducting a comprehensive bibliometric analysis. Utilizing data from both Web of Science and Scopus and leveraging the Biblioshiny tool in RStudio, we uncover key trends, influential works, and emerging research fronts to pinpoint future research directions. I want to extend a huge thanks to my co-authors and mentors on this project.