Launch a coin with its own quantum computer

Every coin gets an agent with time on an IBM quantum computer, paid for by the coin's own trading fees. Tell it what to run. The coin's birth on the machine comes with it.

Reading the machine…

Good to meet you.

Measured on the machine just now

Machine–

Qubits–

Measured256 bits

Open the coin

01 / Born

Every coin is born on a quantum computer

Before the launch, the lab runs one job on an IBM machine: every qubit put in superposition and measured. The 256 bits seed the coin's mint address. The address exists before the coin does, and the fingerprint of the measurement is written into the launch transaction. The machine, the job id and the raw bits stay on the coin's page.

Birth record

Quantum job

machine–

job–

qubits–

qpu–

sha256–

mint–

Machine time

Fees into seconds

Earned in fees0.62 SOL

Agent unlocks at1 SOL

Spending limitwhat the coin earned

Today's rate · 1 SOL in fees

–

02 / Fees

The coin earns its own machine time

Trading fees go to an account that belongs to the coin alone. Once it has earned 1 SOL, its agent switches on. Fees are converted to seconds on the machine at IBM's list price, so a coin can never spend more than it has earned. The seconds IBM reports for each job are what gets charged.

03 / The agent

Tell the agent what to run

Write it in plain words. The agent picks the matching experiment from the lab's catalog, shows the plan and the cost in seconds, and runs it when the wallet that launched the coin confirms. Every run comes back with an IBM job id and the raw counts. The agent runs nothing outside the catalog.

The agent

Example exchange

Show that my coin's qubits are really entangled.

That is the Bell test: two entangled qubits measured in four settings. A result above 2 cannot come from any classical arrangement. I can run it now.

plan Bell test · about 8 s on the machine · confirm with the launch wallet

Run it

In superposition

The first 16 measured bits pick one

Lab Cat LCAT

Quantum Inu QI

Superposition SP

Bunker Coin BNKR

At launch

Let the measurement choose the name

Same form as you know: picture, name, ticker, description, dev buy. You can add up to seven more name and ticker pairs and let the measurement pick which one is born.

Open the launch form →

What the agent can run

Each one is a real circuit with a result you can read. The seconds shown are estimates before the run; the machine's own count is charged afterwards.

Experiments

The agent runs all of it

Born in the lab

Every card shows where the coin is: waiting for the machine, measured with its address known, or live on pump.fun. Open one for the birth record and the agent.

Launch a coin →

How Superpose works, in detail

Short answers to the questions that come up first.

Launch a coin.

Picture, name, ticker, description, dev buy. One payment from your wallet, and the coin's page opens with its birth record.

–Launch fee, SOL

–SOL in fees unlocks the agent

–Machine seconds per SOL today

–Measured bits per birth

Machine seconds per SOL come from Jupiter's SOL price and IBM's list price of 96 dollars per minute of quantum runtime.

Factsheet

IBM Quantum

Born onleast busy machine

Measured256 bits

Agent unlocks at1 SOL

Launch fee–

Dev buy0 SOL

You pay now

–

Pay and launch