Running on Solana devnet · measured on IBM Quantum

Measured,
not generated.

10,000 pixel Shiba Inus, each one wearing one of 86 tokenized stocks. Every inu's stock and traits come from a single shot on a real IBM quantum computer, and every reveal leaves a receipt on Solana that anyone can check.

Mint an inu How it works
stocks
86
qubits per inu
88
Schrödinger odds
1/243
shots in every draw
512+
Quantum Inu sealed
A sealed inu: a cyan hologram waiting to be measured
shot—onibm_kingston

How a mint works

Burn. Measure. Pick. Reveal.

Minting takes one transaction, and your inu is revealed seconds later, trait by trait. Every inu is one shot of a real IBM Quantum job, and which shot becomes yours is drawn by the Solana block right after your order, from at least 512 shots measured before you ordered. Every step leaves a record on chain, and what the draw relies on is spelled out below.

  1. 01

    Burn

    Burn $QINU to place an order. Your inu lands in your wallet right away as a Solana NFT: sealed, showing a hologram, and already yours to hold or trade.

  2. 02

    Measure

    Every inu is one shot of a job on IBM Quantum hardware: 88 qubits measured at once, 88 bits of DNA. The experiment is locked on chain before the job exists, and each batch's results are committed on chain before any of its shots can be drawn.

  3. 03

    Pick

    The hash of the Solana block right after your order draws your shot at random from at least 512 measured shots, all from batches committed before you ordered. Nobody knows that hash when you order, and orders are served strictly in sequence.

  4. 04

    Reveal

    Your inu's DNA goes on chain with a proof that it is exactly that shot, checked by the program itself. The NFT flips from sealed to revealed, with its art stored permanently on Arweave.

The receipts, in order

seal

the experiment's hash

bind

hash of the IBM job id

resolve

results hash + Merkle root of every shot

assign

your shot, from the next block's hash

reveal

DNA + its proof + metadata hash

The quantum part

88 qubits. One shot. One inu.

A qubit in superposition has no value until it's measured. Quantum Inu prepares 88 qubits in carefully chosen states and measures them once per inu. The 0s and 1s that come out are its DNA, read left to right.

Stock

16 qubits

Each qubit gets an even superposition from a Hadamard gate. The 16-bit number, taken mod 86, picks the stock, so every stock lands within 0.13% of equal odds.

Traits

59 qubits

Outfit, signature item, held item, headwear, eyewear, accessory, fur, markings, eyes, mouth, eye glint and background. Uniform bits are looked up in published rarity tables.

Schrödinger

5 qubits

Entangled in a cat state, √(242/243)|00000⟩ + √(1/243)|11111⟩: the five always agree. All ones, 1 in 243, gives an ultra-rare inu caught between two states.

Fringe

8 qubits

Hadamard, phase and CZ gates make these qubits interfere, so some background patterns turn up more often than others: a real interference pattern on every inu's background.

Real shots from IBM Quantum job daqeonakqcdc73aakkp0 on ibm_kingston

Shot 0 → —

Hover a group of bits to see the trait it decides.

How the draw stays fair

  1. The experiment is sealed first. Its hash is on chain before any job exists, so the circuit can't be swapped for a friendlier one.
  2. Every batch is committed before it's drawn from. Its IBM job is bound on chain (every re-bind is counted), and a fingerprint of all its results is recorded before any shot is handed out.
  3. The blockchain draws your shot. The hash of the block after your order draws it at random from at least 512 shots, all from batches committed before you ordered. Orders are served in sequence, so whoever sends the draw can't change who gets which shot.
  4. Every reveal is proven. The program checks each inu's DNA against the committed results, and each batch's full results are published once nothing can draw from them. The decoder is open source and deterministic.
  5. What you're trusting. That the results really came from IBM: each batch names its job and machine, but the chain can't check IBM's hardware itself. And that the next block is produced normally and the draw is made promptly: that block's validator could sway its hash, and an order drawn more than about 3 minutes late uses a later block's hash, which someone watching could time. The oracle draws within seconds, anyone can send the draw, and a late one shows on chain.

The collection

86 stocks. 10,000 inus. No two alike.

Every inu belongs to one stock: it wears that stock's outfit, stands on that stock's colours and carries its ticker. The quantum measurement decides which stock, with equal odds for all 86.

6 outfits per stock

516 outfits in all. Here's NVDA's set.

16 furs

Four of them are rare, with faces of their own.

Schrödinger

1 in 243. Caught between two states, in one of three treatments.

516
stock outfits
430
signature items
342
stock props
60
trading-culture items
256
background patterns

In a simulated mint of all 10,000, the two most similar inus still differ in 2 visible layers.

Rewards

Hold an NVDA inu. Earn NVDA.

$QINU trades on StonkFun paired with tokenized IBM. A share of every trade's fee flows back to holders, converted into the stock each inu wears and sent straight to their wallets. Nothing to claim.

  1. 1

    Trading

    Every $QINU trade on StonkFun pays a fee, and the creator's share arrives in tokenized IBM.

  2. 2

    Treasury

    Fees collect in the treasury. Half goes to holders; half pays for IBM Quantum compute.

  3. 3

    Split

    Each epoch, the holders' share is split equally across every revealed inu.

  4. 4

    Swap

    Each inu's share is swapped from IBM into its own stock through Jupiter. NVDA inus get NVDA.

  5. 5

    Airdrop

    The stock is sent to whoever holds the inu. No claiming, no staking, no lockups.

A real dry run

12 devnet inus · live mainnet quotes

Pretend fees split across 12 inus, every one paid in its own stock.

    How payouts work

    • Rewards follow the inu, not the wallet. Sell it and the next holder receives what it's owed.
    • Small amounts keep adding up until a payout is worth the transfer.
    • 84 of the 86 stocks have a live swap route today. The rest are held for their inus until one opens.
    • Every epoch publishes a report: fees in, swaps made, every payout with its transaction.

    Verify

    Don't trust it. Check it.

    Every revealed inu can be traced back to the qubits that made it. Here's a real one from the devnet test mint: Quantum Inu #5.

    1. Find the order

      Order #5 on chain holds the inu's DNA, the shot it got, the slot whose hash picked it, and the sha256 of its metadata.

    2. Open its pool

      Pool 0 names the IBM job, the machine, and commits to its results: the sha256 of the full archive and the Merkle root of every shot.

    3. Check the proof

      The program only accepted this DNA with a Merkle proof against that root. Once all of a pool's shots are used, its full archive is published: hash it and rebuild the root.

    4. Decode the shot

      Run the 88 bits through the open-source decoder to get the same stock, the same traits and the same image.

    Quantum Inu #5

    devnet receipt

    Quantum Inu #5

    Where it stands

    Built, tested, waiting for launch.

    • done

      The art

      86 stock packs, every tile checked. 0 flagged in 3,000 random inus.

    • done

      Solana program

      Measured pools, a random shot per order from the next block, and proofs checked on chain. Live on devnet.

    • done

      Quantum oracle

      A real IBM Quantum run (ibm_kingston, 512 shots), sealed, bound, resolved and revealed.

    • done

      Permanent hosting

      Art, metadata and results archives stored on Arweave.

    • done

      Stock rewards engine

      Snapshot, swap and airdrop, dry-run with live quotes.

    • done

      Mint & reveal

      Wallet mint and a trait-by-trait reveal. Try it on devnet.

    • next

      $QINU launch

      On StonkFun, paired with tokenized IBM.

    • next

      Mainnet & mint

      Program on mainnet, mint opens.

    FAQ

    Questions

    What chain are the NFTs on?

    Solana. Each inu is a Metaplex Core NFT in the Quantum Inu collection, so it shows up in Solana wallets and trades on marketplaces that support Core, such as Magic Eden and Tensor. Art and metadata are stored permanently on Arweave.

    How long until my inu is revealed?

    Seconds. Your inu lands in your wallet sealed, the next Solana block picks its shot, and it's revealed right away, trait by trait.

    Can the team choose who gets a rare inu?

    The draw is built so we can't. We run the IBM jobs, so we can see what's in each batch, which is why nobody gets to choose from it. Every batch's results are committed on chain (a Merkle root of every shot) before any of its shots is handed out. Your shot is drawn from at least 512 of them, all committed before you ordered, by the hash of the Solana block after your order, which nobody knows in advance. Orders are served in sequence, and the program checks every reveal against the committed results. What this relies on is listed under "What you're trusting" above.

    What is a Schrödinger inu?

    Five of the 88 qubits are entangled so they always agree. About 1 time in 243 they all come out 1, and that inu is caught between two states: a half-hologram, a double exposure or an afterimage trail, instead of the usual traits.

    Do I need to claim rewards?

    No. Payouts are sent to the wallet holding each inu. Small amounts add up until a payout is worth the transfer, and each epoch's report lists every payout with its transaction.

    Are these real shares?

    Rewards are paid in tokenized stocks issued on Solana by third parties (xStocks, Backpack Securities, PreStocks and Tessera), under their own terms. They track the stock's price but may not carry shareholder rights, and they may not be available where you live. Some charge a fee on every transfer (up to 3% for the pre-IPO tokens), which their issuer keeps. Rewards depend on trading volume and are not guaranteed.