Chaitanya Chintaluri

@chaichinta.bsky.social

Food, neurotheory, and everything in between.

Nicolas Copernicus set our world in motion. Now, Nicoleta Condruz sets YOU-a neural circuit- in motion. In a string of pearl-like math tricks, she constructs random matrices that give her the controls to make you move, stop, dance, or repeat forever. WHAT A DEBUT! My new favorite scientist!

bioRxiv Neuroscience@biorxiv-neursci.bsky.social · 3w ago

Dale's law, stability and nonlinearity are sufficient constraints to ignite transient and self-sustained neural dynamics https://www.biorxiv.org/content/10.64898/2026.09.14.751508v1

So (if I understand this correctly), the way AI (companies) will "solve" all the major problems in maths, biology, and medicine in the next 5 years will be by stealing and building on the ideas of researchers naive enough to think their chats with AI companies would be private.

1/ Mitochondrial Na⁺ links metabolism, Ca2+ signaling and disease. We know how it gets in, how it gets out, and proteins that use it. But: we've never actually seen Na⁺ in single mitochondria in live cells. We started with an unusual observation, went down a rabbit hole & found some cool biology .

A mitochondrion showing Ca2+ entering through the MCU, exchanged for Na+ by NCLX, Complex I acting as a Na+/H+ exchanger, and various transporters that use Na+ to move their substrates in and out of the mitochondria

Nature suggests you use their "Manuscript Adviser" bot to get advice before submitting I uploaded the classic Watson & Crick paper about DNA structure, and the Adviser had this to say about one of the greatest paper endings of the century:

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