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16,247 Views ⢠Apr 26, 2024 ⢠Click to toggle off description
Learn about: axons, white matter, re-entry, optogenetics, myelination, entrainment, short-term potentiation
CORRECTIONS/CLARIFICATIONS:
As the pinned comment points out, there are many different kinds of neurons, and two pairs of organoids may not have the same cellular makeup. This natural variation between neurons might also account for the different post-stimulation behavior of the organoids from different cell lines.
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Books and audiobooks mentioned (I will get a small commission at no cost to you to support the channel)
- A Universe of Consciousness: How Matter Becomes Imagination (By Gerald Edelman and Giulio Tononi) amzn.to/4aLBZED
- Sync: How Order Emerges from Chaos in the Universe, Nature, and Daily Life, (By Steven Strogatz) amzn.to/3UyJM3o
The paper (open access) www.nature.com/articles/s41467-024-46787-7
Osaki et al., 2024: Complex activity and short-term plasticity of human cerebral organoids reciprocally connected with axons
Views : 16,247
Genre: Science & Technology
Date of upload: Apr 26, 2024 ^^
Rating : 4.948 (13/992 LTDR)
RYD date created : 2024-05-20T10:08:56.558318Z
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YouTube Comments - 93 Comments
Top Comments of this video!! :3
listen man I like those brain organoid guys, maybe they're not the brightest you know, but they seem really chill, like playing pong, driving robots, firing synchronically, having fun and stuff. the only thing that separates them from my buddies now is that they don't drink beer yet. definetly would hang out
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My homunculus
"What is my purpose"
Me
"You swipe youtube shorts"
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This was so easy to digest as a layman, incredible work! The potential implications of the mentioned âbridgeâ and the âstimulation synchronizationâ are so relevant to my work in software integration. I have been thinking all week about how much of âintegrationâ boils down to unfurling the meaning of âcommunicationâ, and have been trying to draw from nature as much as I can. I would be so fascinated to hear the findings of this study applied to our understanding of Synesthesia.
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Science gives me such a strong desire to experience the future
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its all fun and games until an organic computer becomes sentient
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Seems like digital computer, new analog computer, and brain organoids are gonna converge
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that myelin sheath watercolor is amazing!
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i love this stuff
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Wow, you really gave yourself a completely different appearance! Your body language is a lot less distracting overall, I like this change. Your videos are just awesome as always, I'm so glad someone out there is breaking down all the advancements in this fascinating topic! Thank you, and keep it up!
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Good work ihm â¤
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I can't wait for my personal humunculus maid.
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So glad youtube put this video in my recommended videos. Subbed, Rang, Liked!
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thanks for breaking it down for us
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This is absolutely fascinating. I was just thinking about how the "emergent property" theory of consciousness, or of anything really, is just empty metaphysics unless a mechanism, increasing complexity for instance, can be found to account for the property in question. And example of this is the recent niobium-titanium-tantalus alloy that is durable at both extremely high and extremely low temperatures: this was completely unexpected, i.e., an "emergent property".. However, an explanation was found in the crystalline structure of the alloy.
So maybe, as these experiments with organoids and axons progresses with the addition of more connected organoids, some progress may be made in the (distant) future as organoid complexes approach the billions and eventually even trillions.
This won't be in my lifetime, of course; I'm 71.
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Sounds like we will someday print custom structured organoid computer processors.
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This is great work! And you kind of match the neuronsđ.
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Fascinating research.
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amazing video!!
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bro the sponsor was so random i thought it was a bit for the video but it was fr LMFAO đ
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@MrKoffeeKup
3 weeks ago
There are actually quite a few thousand different types of brain cells so its very likely we are growing very different organoid clusters even if they all look the same.
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