RoBoTec PTC’s Post

ELEMENTS OF NEUROGEOMETRY - VOLUME II - SPRINGER A notable scientific event of 2024, Professor Jean Petitot will release volume II of his work "Elements of Neurogeometry" (more than 1400 pages) from SPRINGER. The deepest and most accomplished thinking to model the connectome of the primary visual cortex. It is a major work, the fruit of work over several years. I was very honored that Professor Petitot sent me the French version first. I invite you to watch his keynote at GSI'21 conference at Sorbonne University: "The primary visual cortex as a Cartan engine" https://lnkd.in/e-iyBYRC Here cover of Volume I:

Interesting research on cognitive load in Paramedicine contexts.

It was instructive yesterday to attend, at the Vieille Charité, the first seminar of the new Research Laboratory created in Marseille, CeRCLEs (Centre de recherche sur les circulations, les liens et les échanges - Centre for Research on Circulation, Links and Exchanges). There I presented my EHESS-funded project to reconstruct the sources and potential of a transformative paradigm and understanding of democratic modernity. The CeRCLEs laboratory aims to be "a place for methodological and epistemological experimentation through collective surveys and seminars to reflect on the work in progress, built around issues of circulation that are both empirical and conceptual" (https://lnkd.in/d6n8H9eQ).

This team effort has come through! A new publication for Matt Van Jura, PhD, Leah Halper, PhD, Liz Lubinger, Chelsea Black, Dr. Susie Whittington, and myself in the Journal of College Orientation, Transition, and Retention. Read it here: Effects on Students’ Holistic Development Through a Comprehensive Second-Year Program [ https://lnkd.in/ecEdj6qk ]

Integrating text and numbers effectively is a crucial step towards enhancing Foundation Models in assisting scientific tasks. If you missed Marvin Alberts poster at NeurIPS - MathAI workshop, check out our new paper (arxiv.org/abs/2410.19353) showing how we propose to process sequences of interleaved modalities to improve numerical expressivity and solve arithmetic tasks! Special thanks to Marvin Alberts & Irina Espejo, PhD for this work and amazing collaboration 🚀

R. Börner, R. Deeley, R. Römer, T. Grafke, V. Lucarini, U. Feudel, Saddle avoidance of noise-induced transitions in multiscale systems, Phys. Rev. Research 6, L042053 (2024) A very fun and instructive ECRs-led work discussing the nontrivial interplay between noise and multiscale dynamics in metastable systems. A surprising result is a clear criterion dictating when large deviation theory starts to - surprisingly- fail, pretty miserably in fact. What I have learnt is that one needs to have a critical reading even of the most established theoretical frameworks. Link: https://lnkd.in/enNqBeV9

Please check out this great special section opportunity to publish in Psychometrika ARCS!

It's here! Inside our 2024 Annual Report, learn how science at Whitehead Institute bridges the gap between discovery and solutions to complex global challenges: https://lnkd.in/eH7gxc_M

I am very honored to have contributed to this work that addresses such an important topic as sucidal behavior! Congratulations Caibe Alves Pereira and all the amazing scientists who participated in writing this paper! You can read the full article here: https://lnkd.in/dYAnCzSc

📚 Getting to the end of my Ph.D. publications. This is my fourth article, in which we go into exact details on the Curved Boundary Integral Method and how it works near and at the source points, avoiding singularities. ✨ Our method offers improved performance compared to Physical Optics near and at the source surface. Both methods are derived from the Stratton-Chu equation. 🔗 Check it out here: https://lnkd.in/d-qRbKvh