Does a ALU detect pain? Yes. Does it feel pain? No.
Just because it’s organic circuits, doesn’t mean they suddenly develop consciousness. That requires secific circuitry and data processing facilities. Organoids are far from sufficient.
Let’s not pretend we understand the mechanics of consciousness. If you can prove what is required for consciousness, there’s at least a Nobel prize in it for you.
So glad someone already said it. I’m a neuroscience PhD student who works with brain organoids and the article is absolutely ridiculous.
Also, I’m not aware of any labs or research that has been able to produce brain organoids with functional blood vessels. Having a necrotic core is normal for old organoids.
Ok it sounds like they got functioning vessels after xenografting into mice (which has its own issues) and it mentioned connecting to micro fluidic chambers in the future for full ex vivo, but they don’t have a functioning model for that yet. It’s a very interesting and promising area of research but with practical lab work nowadays it’s just not feasible. I hope they’re able to get a full ex vivo model working soon though, that would be really exciting!
Reasoning.
Does a ALU detect pain? Yes. Does it feel pain? No.
Just because it’s organic circuits, doesn’t mean they suddenly develop consciousness. That requires secific circuitry and data processing facilities. Organoids are far from sufficient.
Let’s not pretend we understand the mechanics of consciousness. If you can prove what is required for consciousness, there’s at least a Nobel prize in it for you.
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So glad someone already said it. I’m a neuroscience PhD student who works with brain organoids and the article is absolutely ridiculous.
Also, I’m not aware of any labs or research that has been able to produce brain organoids with functional blood vessels. Having a necrotic core is normal for old organoids.
It links to an article about brain organoids with blood vessels:
https://singularityhub.com/2018/04/18/mini-brains-just-grew-their-own-blood-vessels-heres-why-thats-great-news/
Ok it sounds like they got functioning vessels after xenografting into mice (which has its own issues) and it mentioned connecting to micro fluidic chambers in the future for full ex vivo, but they don’t have a functioning model for that yet. It’s a very interesting and promising area of research but with practical lab work nowadays it’s just not feasible. I hope they’re able to get a full ex vivo model working soon though, that would be really exciting!
Also, note that article’s 8 years old and way out of date.