Tibbling Technologies
@tibbtech
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Multimodal AI for Neurohealthcare
Seattle, WA, USA
Joined May 2024
RT @itsasimiqbal: 🔥 The atmosphere at #CVPR2025 is amazing!. Excited to share our recent work at @tibbtech, “Segment AnyNeuron”, where we i….
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RT @CellPressNews: @NeuroCellPress @CellReports @CellRepMethods @USBrainAlliance An enhancer-AAV toolbox to target and manipulate distinct….
cell.com
Furlanis et al. developed rAAV-enhancer tools to target the main types and subtypes of GABAergic cortical neurons and cholinergic striatal cells in both mice and non-human primates. Through careful...
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The most fun image & video creation tool in the world is here. Try it for free in the Grok App.
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RT @GENbio: A Suite of Enhancer AAVs Support Targeted Gene Therapy for Brain Disease. Researchers are from @AllenInstitute @broadinstitute….
genengnews.com
Researchers have developed a new suite of genetic tools for cell-type specific targeting to battle brain disease. Â
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RT @NeuroCellPress: New Neuron issue! Discover methods for accessing neuronal and non-neuronal cell types in the CNS from the BRAIN Armamen….
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RT @itsasimiqbal: 📢 Excited to share our latest work published in @NeuroCellPress in collaboration with incredible scientists at the @broad….
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RT @itsasimiqbal: Excited to share that our recent work's abstract has been accepted @CosyneMeeting happening in Montreal, Canada this mont….
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RT @itsasimiqbal: 📢 Excited to participate and present 2 manuscripts🚀 at the Bridging Cognitive Science and AI to Bridge Neuro and Symbolic….
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RT @itsasimiqbal: 🚀 There's nothing more satisfying than building and launching a product that empowers millions! It all starts with a smal….
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RT @TechXplore_com: AI mimics neocortex computations with 'winner-take-all' approach @biorxivpreprint
techxplore.com
Over the past decade or so, computer scientists have developed increasingly advanced computational techniques that can tackle real-world tasks with human-comparable accuracy. While many of these...
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RT @itsasimiqbal: 📯We're unifying neural principles for zero-shot learning with hardware-software co-design in AI! .Thrilled to see @techxp….
techxplore.com
Over the past decade or so, computer scientists have developed increasingly advanced computational techniques that can tackle real-world tasks with human-comparable accuracy. While many of these...
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RT @GordFishell: Here is a general public AI-generated podcast reviewing work I did with Suraj Honnoraiah, Asim Aqbal and Greg Stuart on us….
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RT @itsasimiqbal: 📣🎉 Excited to have our recent work accepted @NeuroAI_NeurIPS - looking forward to attending @NeurIPSConf in December in b….
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RT @itsasimiqbal: 🔥 vibe - super exciting research work display at the forefront of #Multimodal #AI @CVPR this year 🙌 .
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RT @_CVsports: And that's a wrap for our CVsports workshop @CVPR! 🎥 Lots of amazing work showing a strong Computer Vision in sports communi….
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RT @GordFishell: Excited to publish a broad set of enhancers to target interneuron types in the brain, along with a broad set of collabora….
biorxiv.org
In recent years, we and others have identified a number of enhancers that, when incorporated into rAAV vectors, can restrict the transgene expression to particular neuronal populations. Yet, viral...
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RT @GordFishell: Excited to work with my amazing postdoc Suraj Honnuraiah and Asim Iqbal to get this out on biorxiv! Biophysical use of V1….
biorxiv.org
Understanding the computational principles of the brain and replicating them on neuromorphic hardware and modern deep learning architectures is crucial for advancing neuro-inspired AI (NeuroAI)....
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RT @itsasimiqbal: 1/7 🚀Excited to share our primary effort in building neocortex-inspired algorithm-hardware co-design for artificial intel….
biorxiv.org
Understanding the computational principles of the brain and replicating them on neuromorphic hardware and modern deep learning architectures is crucial for advancing neuro-inspired AI (NeuroAI)....
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