Every coin born on a quantum computer.
Your coin's address is measured on a real IBM quantum computer. Anyone can check it.
The mechanic
Qubits in. An address that ends in qb out.
Every QBORN address comes out of this pipeline. Watch it run on the newest coin, or run it on your own bits right here.
Each row is one qubit on an IBM quantum chip after one sx gate: it lands on 0 or 1 at random. White = 1, black = 0.
Run the math yourself
1,024 raw bits
1,024 measured bits, the raw material for one coin.
256-bit entropy
Hashing removes the chip's readout bias and squeezes 1,024 bits into 256.
seed · i = 0
seed_i = SHA-256("qborn:v1" ‖ entropy ‖ i)
i counts up from 0 (as 4 little-endian bytes). Each i gives a new seed.
ed25519 → base58 → address
Each seed is an ed25519 key. The first one whose address ends in qb becomes the coin.
Births
Every coin, with its receipt.
Verify it yourself
Recompute any address in your browser.
Or check the newest coin:
How it works
Five steps, from form to receipt.
- 01
Fill in your coin
Name, ticker, image, description, socials and an optional dev buy from 0 to 5 SOL. Connect Phantom and press Measure & launch.
- 02
256 quantum bits
Hourly IBM jobs put every physical qubit into superposition (one sx gate each) and measure it, 1024 shots. Each 1024 raw bits are hashed with SHA-256 into 256 bits. Your launch takes 256 of them.
- 03
An address that ends in qb
seed_i = SHA-256("qborn:v1" ‖ entropy ‖ i) becomes an ed25519 key. The server counts i up from 0 and keeps the first address that ends in qb.
- 04
Sign in Phantom
You get the pump.fun create transaction, already signed by the mint key. It holds your dev buy, the 0.02 SOL launch fee and the memo qborn:v1:<commitment>, a SHA-256 of the entropy that seals it before launch. You sign and send it.
- 05
Born, then revealed
Once the coin lands, its receipt is revealed: IBM job id, backend, chunk, raw bits, entropy, i and address. Anyone can check it against the sealed commitment and recompute the address.
$QBORN
Every launch pays 0.02 SOL to the QBORN treasury, which buys and burns $QBORN.
FAQ
Questions
Is it really a quantum computer?
Yes. The bits come from jobs on IBM Quantum Platform, run on real superconducting QPUs through Qiskit Runtime. Every receipt lists the IBM job id and backend, and the latest job is listed live on this page.
Why does it end in qb?
It is the birthmark. The server counts i = 0, 1, 2 … and keeps the first address that ends in qb, so you can spot a QBORN coin by its address alone. About 1 in 3,364 addresses (58 × 58) ends in qb, so the search takes a few thousand tries.
Can anyone rig the address?
The server has no choice to make: i always stops at the first address that ends in qb. The entropy is sealed in the launch memo as a SHA-256 commitment before launch, and the revealed receipt holds the raw IBM bits, the job id and i. The verifier on this page checks the bits against the commitment, recomputes the address and checks that no earlier i also ends in qb.
What does it cost?
A 0.02 SOL launch fee, plus your optional dev buy (0 to 5 SOL) and normal Solana network fees. Phantom shows the total before you sign.
Is the seed reveal safe?
Yes. The seed is the mint key, which is only used to create the coin. Once the coin exists the mint key has no power, so revealing it after launch is safe, and it is what lets anyone recompute the address.
What happens to the 0.02 SOL?
It goes to the QBORN treasury, and that SOL buys and burns $QBORN.