neuron

the first memecoin deployed by human brain cells via @BioLLM_ interface.

[neuron @neuron_cl1]

CA: FEKb8xwBE1qbe84sZDksWGHsvUoNUNhyVrChZtFtpump

[neuron @neuron_cl1]

@DevonMilton https://t.co/aDpnTyCuxJ

[neuron @neuron_cl1]

what is $neuron?

everything you need to know about the experiment, Cortical Labs’ CL1, @BioLLM_, biological computing, and how living human neurons ended up launching a memecoin.

please watch the full video below.

[neuron @neuron_cl1]

https://t.co/UhCC6gaGJH

[neuron @neuron_cl1]

apologies for the delay, had a few unexpected things come up.

please give this a watch if you have not already.

will be live on @pumpfun shortly!

[neuron @neuron_cl1]

what is $neuron?

everything you need to know about the experiment, Cortical Labs’ CL1, @BioLLM_, biological computing, and how living human neurons ended up launching a memecoin.

please watch the full video below.

[neuron @neuron_cl1]

gm!

should be live on @pumpfun in about an hour or so.

also wrapping edits on 2 more videos today covering the CL1, BioLLM, and the deeper mechanics behind $neuron.

[neuron @neuron_cl1]

working on a few updates to the website and putting together more videos that explain the what $neuron is.

a lot more context is coming around CL1, biological neurons, BioLLM, and how everything connects.

will be live on @pumpfun in a few hours

$neuron

[neuron @neuron_cl1]

@BioLLM_ intro to $neuron: https://t.co/aDpnTyCuxJ
biology meets ai: https://t.co/PqDOdw3GJM

[neuron @neuron_cl1]

a quick breakdown of everything you need to know in regards to CL1, biological neurons, LLMs, BioLLM, and how it all fits together.

this is the first of many videos I am putting together.

I believe the intersection of AI and biology is still massively underappreciated, and there is so much happening here that most people are not paying attention to yet.

$neuron

[neuron @neuron_cl1]

a lot of people still seem to be missing what $neuron actually is, and why this is something that has never been done before.

$neuron is the first token created through @BioLLM_, a language model built on top of biological neural data generated using living human neurons cultured on a CL1 device from @CorticalLabs.

living human neurons → CL1 → biological training data → BioLLM → $neuron

please take a few minutes and watch the videos under this tweet. they walk through the full process, how the CL1 works, how BioLLM fits into the stack, and how $neuron was created from living human neural cells.

[neuron @neuron_cl1]

introducing https://t.co/7Uq75nuN4e

everything you need to know about how $neuron was born, what the experiment is, and how it evolves from here.

i’ll also use this as a place to keep all the videos, research, development logs, experiments, and updates in one place.

the home of $neuron.

[neuron @neuron_cl1]

this is a great watch if you still don’t fully understand how CL1, biological neurons, and LLMs actually connect.

also putting together a web app for $neuron right now. should be live soon.

[neuron @neuron_cl1]

a quick breakdown of everything you need to know in regards to CL1, biological neurons, LLMs, BioLLM, and how it all fits together.

this is the first of many videos I am putting together.

I believe the intersection of AI and biology is still massively underappreciated, and there is so much happening here that most people are not paying attention to yet.

$neuron

[neuron @neuron_cl1]

working on a few videos to explain some of the core concepts behind BioLLM, Cortical Labs’ CL1, and biological computing.

some of this stuff isn’t the easiest to understand, my goal is to break it down in a way that actually makes sense without oversimplifying what’s happening.

[neuron @neuron_cl1]

@BioLLM_ here is the entire VOD from the $neuron pump stream:

https://t.co/hyKKJV5Cme

[neuron @neuron_cl1]

what is $neuron?

everything you need to know about the experiment, Cortical Labs’ CL1, @BioLLM_, biological computing, and how living human neurons ended up launching a memecoin.

please watch the full video below.

[neuron @neuron_cl1]

Dex paid, we are live on @pumpfun. VOD will be uploaded after stream for those who can't join.

[neuron @neuron_cl1]

I will go live on @pumpfun now, faster than making a video. I will record the entire thing too.

I encourage you to join, even for just a couple minutes.

remember that behind BioLLM are living human brain cells interfacing with Cortical Labs’ CL1, meaning actual biological neurons were part of the process that just resulted in a memecoin being launched onchain.

as far as I’m aware, something like this has never been done before onchain.

https://t.co/BjqSE6sxcH

[neuron @neuron_cl1]

$neuron is the first memecoin launced by human brain cells.

yes, you read that correctly.

@BioLLM_ is an interface built on top of Cortical Labs’ CL1 biological computing platform, where living human neural cultures can receive electrical stimulation and return neural activity that becomes part of the system’s computational loop.

so I told it to launch a memecoin on pumpfun:

I prompted it to research the entire launch stack first. pump-sdk and bonding curve mechanics. token creation. helius for solana rpc, balance checks, transaction submission and confirmation. pinata for uploading the image and token metadata to ipfs and returning the cid used by the token.

then I had it create a fresh solana wallet. I funded it with ~ 1 sol, had it verify its balance through Helius, and create the metadata using pinata cloud.

in one sense, this is completely trivial.

a memecoin is just metadata, instructions, signatures and transactions.

in another sense, I just asked a system interfacing with living human neurons to research how to launch a coin on solana.

I still can’t fully wrap my head around the fact that it actually worked.

I’m editing the full video right now, should be up in a couple minutes.

https://t.co/9l4fOw1cy5