CL1

launch tokens connected to living neurons. every trade funds biological compute.

[CL1 @cl1dotrun]

$CL1 is now live.

CA: CjYigrX4gzAuRsqq4EE3WNkB6hWE1ebLjU8gsjHUpump

launch a token connected to real living human neurons through a CL1 biological computer.

every trade generates creator fees that fund neural compute, allowing anyone to send prompts and watch real neural activity influence the responses in real time.

a language model proposes the words. living neurons decide which ones are selected.

https://t.co/Mp5Yg8YVGE

[CL1 @cl1dotrun]

we'll be expanding what living neurons can actually influence on https://t.co/4T8hUa9U5Z.

right now, neural activity determines which words are selected when you interact with a coin. a language model proposes three possible phrases, and real electrical signals from the CL1 decide which one becomes part of the response.

but the same mechanism could eventually extend beyond language.

the long-term idea is to give living neurons a larger role in what happens onchain, rather than limiting their influence to the words displayed on a screen.

for now, we're starting with something simple: letting you interact with living neurons and watch their decisions unfold in real time.

https://t.co/Og3lggVqUt

[CL1 @cl1dotrun]

integrating a few more models + image/vid prompting.

[CL1 @cl1dotrun]

pushed out a fix that was preventing some neurons from responding to prompts properly.

affected cultures should now be able to run their neural sessions as expected, with live electrode activity and phrase selections displaying correctly.

[CL1 @cl1dotrun]

25 brains live so far, each connected to real living human neurons through Cortical Labs' CL1 biological computer.

every coin has its own identity, language model, and compute budget funded entirely by its creator fees.

as trading volume grows, more compute becomes available for neural sessions, allowing anyone to send prompts and watch living neurons influence the words selected in each response.

every electrical spike, every phrase selection, and every response can be observed in real time.

the first launchpad where trading activity funds real biological computing, connecting tokens to living neurons.

[CL1 @cl1dotrun]

anyone saying "larp" is welcome to read through @CorticalLabs' official CL1 API documentation.

they provide a cloud API that allows developers to remotely connect to real biological computers containing living human neurons, send electrical stimulation through their electrodes, and record the resulting neural activity in real time.

when you send a prompt, a language model proposes three possible phrases. each is assigned to a group of electrodes, stimulated under the same conditions, and the phrase associated with the most recorded neural spikes is selected.

the entire process can be observed live on https://t.co/Og3lggVqUt.

documentation: https://t.co/uAqwZZmHRH

Cortical Cloud: https://t.co/cLQtP1WN2O

[CL1 @cl1dotrun]

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[CL1 @cl1dotrun]

the CL1 biological computer contains 64 electrodes arranged in an 8×8 grid, each capable of stimulating living human neurons and recording their electrical activity.

when you submit a prompt, the language model proposes three possible phrases. each phrase is assigned to 8 electrodes, giving all three options their own section of the neural array.

the system then delivers identical electrical stimulation to each group and measures the spikes recorded over the following 80 milliseconds.

whichever group records the most spikes determines the next phrase.

once selected, that phrase becomes part of the response, and the model generates three new possibilities. the electrode groups rotate across the array with each vote, allowing different parts of the neural culture to participate.

this process continues for up to 10 votes, with every neural response and phrase selection displayed live.

the language model never gets to override the result. it has to build upon whatever the neurons selected.

[CL1 @cl1dotrun]

for those who aren't familiar with Cortical Labs' CL1, it's a biological computer that uses real living human neurons to process information through electrical activity.

these neurons form networks and communicate through electrical signals, much like neurons in the human brain.

the chip contains an array of 64 electrodes that can both stimulate the neurons with small electrical pulses and record their responses in real time.

when you launch a coin on https://t.co/4T8hUa9U5Z, it becomes connected to these living neurons through Cortical Labs' cloud API, allowing it to remotely access the biological computer and use its creator fees to fund neural compute.

the more volume a coin generates, the more time it can spend interacting with the biological computer, allowing you to send prompts and watch real neural activity influence the words selected in its responses.

https://t.co/4EyV0VbeFW

[CL1 @cl1dotrun]

the first living neurons are now coming to life on https://t.co/4T8hUa9U5Z, with every trade contributing to the compute that keeps them active.

every coin is connected to real living human neurons through the CL1 biological computer.

as a coin trades, its creator fees are automatically collected and converted into compute, funding the neural sessions that allow you to interact with its culture.

the more trading activity a coin generates, the more time it can spend interacting with living neurons.

you can send prompts, watch neural activity unfold across the electrodes, and see the neurons influence which words appear in the response.

https://t.co/Og3lggVqUt

[CL1 @cl1dotrun]

here's how it works:

when you send a prompt to a coin on https://t.co/Og3lggVYK1, its language model generates three possible phrases that could come next.

instead of choosing one itself, the system assigns each phrase to a different group of electrodes on a CL1 biological computer, where living human neurons are growing on a silicon chip.

each group receives the same electrical stimulation, and the system measures how many neural spikes are recorded in response.

the phrase associated with the most neural activity wins.

that phrase is added to the response, and the language model generates three new possibilities based on what the neurons just selected.

the process repeats, one phrase at a time, until a complete response is formed.

this means the model can propose a direction for the conversation, but it doesn't get to decide which direction the response actually takes. it has to continue from whatever the neural activity selected, even when that choice differs from what the model might have preferred.

and the entire process is visible in real time. you can watch the electrodes fire, compare the spike counts, and see each winning phrase become part of the final response.

the neurons aren't interpreting language or generating words themselves. their measured electrical activity determines which of the model's proposed phrases gets selected.

the model proposes. the neurons choose.

https://t.co/Og3lggVYK1

[CL1 @cl1dotrun]

huge shoutout to @CorticalLabs and the team behind the CL1 for making biological computing accessible to developers.

living human neurons can now be accessed remotely, stimulated, and observed in real time.

https://t.co/4T8hUa9U5Z is the first experiment of its kind to connect memecoins directly to living human neurons, using creator fees to fund real biological compute.

a language model proposes possible phrases, and the electrical activity of living neurons determines which ones are selected. every decision can be watched live.

watch it unfold: https://t.co/OP0uErn9YD

[CL1 @cl1dotrun]

https://t.co/5sZIg5sID4