Cortical Labs
@CorticalLabs
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What happens when you grow an organic mind in a digital world?
Melbourne, Australia
Joined September 2019
Meet DishBrain: human brain cells in a dish learn to play Pong. Our latest paper published today in @NeuroCellPress. Full paper at https://t.co/XpC7dTU8eT.
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For the developers at #talentarena - come see the API and SDK for building biological computing devices at Cortical Labs #mwc25 in Hall 6 at booth 6E51
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Ahead of the event this weekend, learn why your next computer may be a lab-grown brain in this interview with @ANeuroExplorer (Dr Brett Kagan), one of the creators of DishBrain. 🧠👀👇 https://t.co/R5w04PgjXZ
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What makes a mass of cells come together to think, do & become self-aware? Join the conversation on 17 Aug, 'Your brain on #AI', hosted by @sandraapeter & feat. esteemed experts. Presented by @SydOperaHouse @Sydney_Uni #BigQuestionsInstitute 🎟️Book: https://t.co/pBLurgjbBI
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Episode II of the From Cells to Code series is now online -
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Introducing a new educational video series that we’ve put together called From Cells to Code. We just uploaded the first episode- Growing Stem Cells https://t.co/lGBMgAvfND make sure you like a subscribe!
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Cortical Labs raises $10M for its Pong-playing stem cells which eventually could power AI | TechCrunch
techcrunch.com
Cortical combines synthetic biology and human neurons to develop what it claims is a class of AI, known as "Organoid Intelligence" (OI).
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We’re proud to announce the successful funding round led by @HorizonsHK with participation by @blackbirdvc , @radarfund, InQTel, @LifeXvc and @January_Capital #funding #deeptech #organoidintelligence
https://t.co/lXF3IDoq70
afr.com
Biological computers are set to replace lab rats, as Melbourne-based Cortical Labs braces to ship its biotech abroad.
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Thanks for coming by to check out our lab :)
Australia is home to a flourishing startup scene. It's flush with companies focused on improving healthcare outcomes, not only for people in Australia, but everywhere in the world. #AWS cloud technologies are helping to accelerate both research and
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Australia is home to a flourishing startup scene. It's flush with companies focused on improving healthcare outcomes, not only for people in Australia, but everywhere in the world. #AWS cloud technologies are helping to accelerate both research and
allthingsdistributed.com
Australia is home to a flourishing startup scene. It's flush with companies focused on improving healthcare outcomes, not only for people in Australia, but everywhere in the world. Cloud technologies...
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What do you get when you combine future focused scientific exploration with an incredibly multidisciplinary and amazing team of people? Check out "Organoid intelligence: a new biocomputing frontier" on https://t.co/yObuI7JXm4 And see the paper here:
frontiersin.org
Biological computing (or biocomputing) offers potential advantages over silicon-based computing in terms of faster decision-making, continuous learning durin...
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Had the chance to write a small piece for @RoyalSocietyVic. If you're interested in what we may be able to learn and do with brain cells in a dish in the short- and long-term, have a read! Starts on page 45 🧠 https://t.co/JHNeRAvhON with @CorticalLabs
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Tune in at 11:50am CET to see a live connection from Barcelona to the Cortical Labs in Melbourne, AU https://t.co/4GrHu4Pi6y via @aischannel
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Congratulations and thank you to the co-authors of the @NeuroCellPress publication of “In vitro neurons learn and exhibit sentience when embodied in a simulated game-world” https://t.co/XpC7dTU8eT
@ANeuroExplorer @auastro @BradynParker @Forough_HaS @MKhajehnejad @Nhi_Thao_Tran
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Why do we think the work our team does is important? Well just check out this exciting white paper!
Massive whitepaper just dropped on why neuroscience progress should continue to drive AI progress: https://t.co/SD59JMZybj Argues for an embodied turing test. Needed: real interdisciplinary people, shared platform(s), fundamental research
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The human brain is more adaptable and learns faster than current artificial-intelligence (AI) systems. Could it be a better model for the next generation of computers? Thanks @BBCPallab for your story on Dishbrain @CorticalLabs @MonashUni @turnerinstitute @uclnews
Lab-grown brain cells have learned how to play the 1970s video game Pong. Could artificial mini brains become a new form of AI or maybe even self aware?
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Thank you to the team at MaxWell @mxwbio for their continued support throughout our endeavours. We explain the use of their HD-MEA MaxOne in our latest publication: https://t.co/XpC7dTU8eT
How cool is this?! Our HD-MEA MaxOne system was used to train Human Brain Cells to play #Pong! @ANeuroExplorer #poweredbymaxone #neuroscience
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Massive congrats to @CorticalLabs for the publication in @NeuroCellPress👏👏👏 We are so proud to have powered this work into reality and to be part of this future🧠! #neuroscience #pong #PoweredbyMaxOne
https://t.co/s41rD8nCIK
cell.com
The DishBrain system is the first real-time synthetic biological intelligence platform that demonstrates that biological neurons can adjust firing activity in a way that suggests the ability to learn...
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Researchers led by @CorticalLabs, including Prof Karl Friston and Dr @AnjaliiBhat @UCLIoN, have grown brain cells in a lab that have learned to play the 1970s tennis-like video game, Pong - giving a new perspective on #AI models of how the brain works
bbc.co.uk
Australian and UK researchers grow brain cells in a lab that have learned to play a 1970s video game.
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Scientists have taught brain cells how to play the video game Pong - watch @ANeuroExplorer on Breakfast TV this morning
abc.net.au
Follow the latest news headlines from Australia's most trusted source. Read in-depth expert analysis and watch live coverage on ABC News.
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