Base token
Neutron
Proton
Fission
Splits base tokens into Neutron and Proton.
Fully crypto-backed stablecoins, pegged to anything.
Deploy a reactor that splits an ERC-20 reserve into two tokens: Neutron, a stablecoin, and Proton, which tokenizes the reserve surplus. Both stay fully backed by the base asset.
Neutron
Pegged claim on the reserve
Proton
Reserve surplus
Reserve ratioAbove normal rangeBelow critical150%
Critical reserve ratio120%
Illustrative model of one reactor. Not live data.
Two tokens, one reserve.
Every reactor is an autonomous, permissionless contract that holds a single base asset and issues two claims against it.
Neutron
The stable token. Exposure to stability, pegged to the reactor's target asset.
Proton
The volatile residual token. It tokenizes the reserve surplus and captures changes in the value remaining after the Neutron claim.
Neutron
Proton
Base token
Fusion
Merges Neutron and Proton back into base tokens.
Proton
Neutron
Transmute β⁺
Converts Proton into Neutron with a dynamic fee based on recent transmutation activity and the reactor reserve.
Neutron
Proton
Transmute β⁻
Converts Neutron into Proton with a dynamic fee based on recent transmutation activity and the reactor reserve.
Built on published research.
Gluon's settlement, oracle, and reserve controls follow the Stability Nexus research note on the Gluon dual-token design, published on IACR ePrint as 2025/1372.
Read the research note
Deploy a reactor.
Choose a base asset, connect a price oracle, and set the reserve policy. Reactors are created by a factory contract on each supported network.
Factory contracts
Testnets
- Ethereum SepoliaNot configured
- Scroll SepoliaNot configured
- Citrea TestnetNot configured
- Rootstock TestnetNot configured