RT @AllenInstitute: What parts of the brain are responsible for conscious experience?. Neuroscientist and consciousness researcher Christof….

RT @AllenInstitute: A tiny piece of brain tissue has made neuroscience history. We recently shared the most complete functional map of a m….

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That wraps up this week’s updates in brain tech. We’ve unpacked these transformative developments and explored how they might shape humanity's road toward whole brain emulation. Follow @eonsys for weekly updates, and share if you think others should see it too.

@NIH BRAIN MCWG + Neuroethics WG public meeting: Ongoing federal discussions on data sharing, standards, and ethics help align governance with accelerating BCI/WBE research. See also:

@MIT Lincoln Lab outlines rapid brain-health screening tech for service members. See also:

Structure to function in worms: new preprints probe how well the connectome predicts activity. Adding evidence and counter-evidence that anatomical wiring constrains dynamics in C. elegans, informing how far structural data alone can take simulators before adding physiology. See

China unveils a national plan to build a globally competitive BCI industry by 2030. Multi-agency roadmap targets breakthroughs by 2027 and scaled manufacturing by 2030 likely accelerating clinical datasets and standards (e.g., NeuroXess, NeuCyber) and intensifying global

@OpenAI and Retro Biosciences report AI-assisted protein design for cell reprogramming. A specialized GPT (GPT-4b micro) helped re-engineer SOX2/KLF4 variants that produced >50× higher expression of iPSC markers vs. wild-type, with replication across donors, cell types, and

🧵Another incredible week for the future of humanity and brain emulation! This week we've witnessed astonishing innovations from OpenAI, MIT and more.

RT @MedARC_AI: We're excited to announce that we're officially re-launching MedARC! 🚀. MedARC is an open science research collective, aimed….

RT @foresightinst: Today we are launching two possible paths for our future with advanced AI – Tool AI and d/acc, with contributors like @V….

RT @AnthropicAI: As part of our exploratory work on potential model welfare, we recently gave Claude Opus 4 and 4.1 the ability to end a ra….

RT @AllenInstitute: What does it mean to be conscious? 🧠. Christof Koch of the Allen Institute joins AI and You to unpack the science and p….

RT @SimonsFdn: Our new Simons Collaboration on the Physics of Learning and Neural Computation will employ and develop powerful tools from #….

RT @AIatMeta: 🏆 We're thrilled to announce that Meta FAIR’s Brain & AI team won 1st place at the prestigious Algonauts 2025 brain modeling….

That wraps up this week’s updates in brain tech. We’ve unpacked these transformative developments and explored how they might shape humanity's road toward whole brain emulation. Follow @eonsys for weekly updates, and share if you think others should see it too.

TRIBE from @AIatMeta FAIR combines video, audio, and language streams to predict fMRI responses across cortical areas and individuals. See also:

@moldev announced a upgrade that cuts hands-on time for long-term brain organoid culture by up to 90%, standardizing throughput for neurodegeneration studies and model validation. See also:

A new paper by @Stanford reports that inner speech is robustly represented in motor cortex and can be decoded in real time, informing next-gen speech neuroprostheses. See also:

Sam Altman is backing Merge Labs, a brain implant startup positioned to compete with Neuralink. OpenAI’s ventures arm is in talks to invest. See also: