Srini Turaga
@srinituraga
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AI+Science, neuroscience, optics, biomechanics. Group Leader at @HHMIJanelia
HHMI Janelia Research Campus
Joined March 2011
Our work simulating the fly visual system connectome with @jakhmack @lappalainenjk is now out in @Nature Paper (open access): Research Briefing:
AI & the connectome are enabling scientists to do what they never thought possible: predict the activity of individual neurons without a single measurement in a living brain. New research led by Janelia’s @srinituraga & @uni_tue’s @lappalainenjk @jakhmack
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RT @janeliaconf: Thank you to everyone who joined us @HHMIJanelia this week to explore the modeling and analysis of connectomes. Your contr….
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RT @HHMIJanelia: 👀 For more than 15 years, Janelia researchers have been on a mission to catalogue the neurons of the fly optic lobes & dev….
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RT @AllysonSgro: Are you a student or postdoc working on theory for biological problems? Just over two weeks left to apply for our fall wor….
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RT @RyanTScott: Cheers @mason_lab @AfshinBeheshti on their research, Open Science AWGs, quality space data @NASA OSDR/@NASAGeneLab & nearin….
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RT @rafeequemavoor: 🧵5 Top Free Alternatives to BioRender for Scientific Illustrations! . These five websites offer free scientific illust….
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RT @RyanTScott: The NASA Open Science Data Repository (expansion of @NASAGeneLab) has enabled biological & health discoveries helping human….
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RT @HHMIJanelia: 🧠 Janelia researchers have mapped out the step-by-step process of cognitive map formation in the brain’s hippocampus durin….
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This preprint is now published at @Nature. With current and former DeepMinders @yuvaltassa, Josh Merel, Matt Botvinick, and my @HHMIJanelia colleagues @vaxenburg, Igor Siwanowicz, @KristinMBranson, @MichaelBReiser, Gwyneth Card and more.
🪰By infusing a virtual fruit fly with #AI, Janelia & @GoogleDeepMind scientists created a computerized insect that can walk & fly just like the real thing➡️ 🤖Read more about this work, first published in a #preprint in 2024➡️
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Happy to share this work in collaboration with my @HHMIJanelia colleagues @vaxenburg, Igor Siwanowicz, @KristinMBranson, @MichaelBReiser, Gwyneth Card and more.
We built an AI model to simulate how a fruit fly walks, flies and behaves – in partnership with @HHMIJanelia. 🪰. Our computerized insect replicates realistic motion, and can even use its eyes to control its actions. Here’s how we developed it – and what it means for science. 🧵
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RT @erturklab: We are thrilled to see that our recent Nature Biotechnology paper just became the most accessed publication in the journal w….
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RT @amyneurons: A quick not too serious thread of figures on my recent Nature paper Functional connectomics dataset spanning multiple areas….
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RT @kishoreneuro: 👂🦇 Our first bat paper is out! 🦇👂.How do bats tell navigation from social calls?.Led by fearless Dr. Jenni Lawlor, 2P ima….
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RT @OdedRechavi: Who does that? We rented a train JUST for the conference, that will take the participants from Prague to the woods of Bohe….
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RT @RetoPaul: Our manuscript on accelerating OPM / SCAPE acquisition rate via aliasing is online now:. Our work ad….
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RT @KayloLittlejohn: 1/n) Our latest work is out today in @NatureNeuro! We developed a streaming “brain-to-voice” neuroprosthesis which res….
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RT @kishoreneuro: Thrilled to share this study is now out - thanks to the thoughtful and constructive reviewers for strengthening the paper….
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Super cool!.
Tongyu's work on Reflection-mode diffraction tomography of multiple-scattering samples on a reflective substrate from intensity images - a new technique that enables simultaneous recovery of forward- and back-scatter information.
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