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This is what our Osaka University team is developing in our Moonshot Internet of Brains Project. Unlike Synchron’s Stentrode, this technology can access thinner and more fragile cortical veins. By navigating into smaller vessels, it can record neural activity from a wider range of brain regions. So far, successful...

28,810 görüntüleme • 1 yıl önce •via X (Twitter)

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Ryota Kanai profil fotoğrafı
Ryota Kanai1 yıl önce

Our early work can be found here.

Fast Company profil fotoğrafı
Fast Company1 yıl önce

NYU Langone Health’s Paul Glimcher explains our brains aren’t built for large datasets. Discover strategies to simplify choices. @nyulangone #BrainScience #ad

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Maximum-Diffusion Reinforcement Learner1 yıl önce

In case this needs to be scaled to humans, is it only safe to use in humans who don't have arteriosclerosis or plaques in their veins/arteries?

Victor Lamme profil fotoğrafı
Victor Lamme1 yıl önce

I did quite some epicortical recording in monkeys decades ago, and the signal isn't much more informative than EEG or MEG recorded externally. So what's the goal here?

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