There are 3 repositories under bonding-curves topic.
Payment via the bonding curve and yield farming.
Convergent Curve Market Makers for Aggregating Flash Loans and Delegated Credit
First Prize Winner of the Binance Build for Bharat 2021. Privacy Preserving Secure Stable Coin Streaming Network on Binance Smart Chain (BSC) TestNet powered by VDF Locked Time Weighted Averages.
Magic Curves is designed for applications requiring precise curve calculations, useful in finance, economics, and various scientific fields. The library supports both floating-point and fixed-point arithmetic for high precision in critical applications.
A smart contract that lets people buy or sell a TOK token from it, using another ERC20 token. The contract holds the total amount of tokens received in exchange for all bought TOK tokens and accepts Dai as the payment method. The token price varies with the number of tokens already sold, following a bonding curve
Prediction markets based on bonding curves https://prophet.ooo
Reference Implementation of AAVE Credit Delegation V2 Workflow ERC 1155 Tokens, Token Farms and DAO & AAVE Flash Loan V2 Bonding Curve Integration Architecture on StarkWare StarkEx DEX
Bonded stablecoins AA https://ostable.org
An ERC721 & Bonding Curve implementation for unique one-of-a-kind tokens
UI for bonded stablecoins https://ostable.org
Prediction markets based on bonding curves https://prophet.ooo
Bonding Curve Token is a token smart contract (BCT) that follows a **specific mathematical formula** for determining its price.
Perpetual futures/stablecoins based on Pythagorean bonding curves https://pyth.ooo
WIP - An assortment of Bonding Curves for ERC20 tokens that have optional vesting schedules which transition into Uniswap V3 Liquidity Pools.
Crowdfunding advertisement billboard.
Smart contracts implementing ERC-20 continuous tokens based on multiple bonding curve formulas.
Pythagorean perpetual futures https://pyth.ooo
Prediction markets based on bonding curves https://prophet.ooo
Interactive tools designed to simplify experimentation with the Boncurs Library