QForge · open quantum research
open research. live simulations. verified results.
Developers publish their code, launch a research-backed coin and receive 80% of its creator fees directly through pump.fun. Every experiment has a public record. Every result can be challenged, reproduced and verified.
how it works
Pick an open problem or bring your own experiment. Link your code and write the plan where everyone can see it.
a study page + a public logLaunch a coin for the study from your own wallet. 80% of its creator fees go to you, locked on chain when the coin is created.
pump.fun fee sharing · 80 / 20Run it on your own machine or rented GPUs and post progress as you go. Every update is signed by your wallet.
signed, timestamped updatesCircuits, energies, cuts and keys are checked automatically. Everything else is reproduced by someone else before it counts.
same check in browser and serverresearch tracks
Software work anyone can publish and demonstrate. Each simulation below is running in your browser right now, on the same maths the issues use.
Same unitary, fewer two-qubit gates. Ten reference circuits, from GHZ states to a 10-qubit QFT and routing onto IBM’s 7-qubit layout, checked exactly by simulation.
Red dots are errors, lit tiles are failed checks, dashed lines are what the decoder pairs up, green rings are its corrections. Better decoders keep logical qubits alive longer.
A variational circuit lowering its energy toward the exact ground state, step by step. Energy and Max-Cut issues are checked exactly; molecules go through review.
The defensive side: standard implementations, constant-time tests, benchmarks, migration tools and exposure counts. Finding short lattice vectors is easy in 2D, and believed infeasible in the hundreds of dimensions ML-KEM uses.
why QForge
Quantum computing is entering its next phase. IBM, Google and independent researchers are pushing the boundaries of what computation can achieve. But breakthroughs don’t come from hardware alone. They come from the developers building algorithms, improving circuits and solving problems that move the field forward. QForge turns that work into an open, fundable research economy.
from quantum algorithms to post-quantum cryptography · a funding layer for the people advancing the next era of computation
studies
how it’s verified
Automatic checks run in your browser and on our server with the same file. Results that no formula can decide go through reproduction and review, and their status is shown at every step.
verify.js and qsim.js are the same files in the page and in the server. Open any solved study and press “check it yourself”.
the ledger
Every study coin is created with pump.fun’s fee sharing in the same transaction: 80% of creator fees to the dev, 20% to the collective, admin revoked. pump.fun pays each side directly. We never touch the dev’s share, and nobody can change the split afterwards, including us.
The 20% runs the verifier, hosts every study and keeps the research library open.
the classical frontier
Next to the quantum tracks, a second track measures the maths a quantum computer would break: keys, factoring, lattices, hashes and ciphers at sizes ordinary hardware can reach. Every key here was generated for this site. A private key is a number; finding it in an n-bit range takes about 2^(n/2) steps, so every two bits doubles the work.
Bitcoin’s keys are 256 bits. The largest range searched in public with the key exposed is about 130 bits.
collective.log
Every study start, update, verified solve, record, claim and review lands here with its UTC time. The verifier writes its own lines. Nothing is edited after the fact.
directory
Pick an issue, name your coin and add a picture. It launches on pump.fun from your wallet, with the 80/20 fee split set in the same transaction.