quantumfun
Cryogenic QPU bunker
A cryogenic facility for superconducting processors, with cooling and control infrastructure.
Select this environment ↗Quantum launches
Quantum computing projects. Public origins. Tokens on Solana.
01 / DISCOVER
Open launch directory The launch feed.
Project origins, token addresses and the work behind each launch.
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Quantum hardware
Choose the execution layer behind your launch.
IBM Quantum
SuperconductingCircuit-based experiments on superconducting processors. Bring your backend and result record.
Amazon Braket
Gate-based QPUConnect a gate-based workflow to its device configuration and recorded measurements.
Neutral-atom systems
Braket · custom workflowDocument your atom-array setup with your own workflow and result files.
NVIDIA acceleration
Classical GPU simulationPublish the GPU setup and simulation results behind your project.
CPU simulation
Classical simulationStart with a simulator, a reproducible environment and inspectable source.
Hybrid compute
CPU / GPU + QPUDescribe how your classical workload and quantum backend work together.
Quantum software
The tools that make your experiment reproducible.
Qiskit / Aer
Build circuits. Simulate quantum states.
PennyLane / Lightning
Differentiable circuits and fast simulation.
PennyLane / Catalyst
Compile hybrid quantum workflows.
NVIDIA cuQuantum
Accelerate classical simulation on GPUs.
Custom container
Package your own versioned environment.
How execution works
Selecting a stack describes your project; it does not run it or provide hardware access. Bring your provider credentials and results. Logos identify technologies, not partnerships. Quantum evidence is creator-submitted.
03 / PHYSICAL INFRASTRUCTURE
Plan your infrastructure Find your quantum foundation.
Six environments for different quantum architectures. Choose a bunker profile, name your facility or describe your plans. Your launch carries the details.
Trapped-ion lab
A controlled lab built around ion traps, vacuum systems and laser-driven operations.
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Neutral-atom lab
An optical and vacuum environment for preparing and controlling neutral-atom arrays.
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Photonic quantum lab
An optical facility for photonic experiments, light sources and measurement systems.
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Hybrid compute facility
Classical compute infrastructure connected to a quantum backend, on-site or remotely.
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Custom quantum bunker
Describe your own facility architecture, provider arrangement and operating environment.
Select this environment ↗Images identify example technologies and remain the property of their respective owners. They do not imply a partnership, facility ownership or available access. Use these paths to describe your infrastructure and plans. Facility access and hardware execution are arranged with your provider; publishing a roadmap does not book equipment or enforce project spending.
04 / CHOOSE YOUR ORIGIN
Explore all seven paths What are you launching?
Start with the work. Build a launch around it.
01 / HARDWARE
Start with hardwareA quantum experiment.
Connect your token to a circuit, a device and the results you choose to publish.
02 / SOFTWARE
Launch your softwareA software release.
Put your source, pinned release and working application behind a public token origin.
03 / HYBRID
Build a hybrid launchA hybrid system.
Bring classical compute and quantum workflows together in one inspectable project.
Make the origin public.
Publish your project, evidence and deterministic artwork in an immutable manifest.
Put the token on-chain.
Enter the launchpad Choose your launch route, inspect the transaction and approve it in your wallet.
05 / BUILDER TOOLKITBeyond the token.
Beyond the token.
Into the work.
Experiment with circuits. Run local workloads. Find compute for your next iteration.