{"signature": "0xf1e28d080053647b9ea282c4957c3898e76546ed5bdc154d230927d4e7c32de37a563fcc5e9241f0d831575c61add71ca9f3b9be6958f3100daa2a091d135d571b", "application": {"round": "0x2d4d59757d5a7c3c376fc47b9f4501c347b9654d", "answers": [{"type": "email", "hidden": true, "question": "Email Address", "questionId": 0, "encryptedAnswer": {"ciphertext": "WFhU7/9rXQvGI/Ys8VAK+8jDoW9xu78U88WI3n57+WohVa5Y1Izu6/2/QIX7AQaq", "encryptedSymmetricKey": "430c7880f44de8fae07d00bb052786d56b4e4dbb9e7b893e259705b154a7a319913e71cceaddf004851f34df859640199dc00728ee19d82b65a3c9d054dc32ce2bb66e65c32b4b02201326496a0bfc868f403d907655a87a14aed9a8cab5f58b7380d71747e95a559a926819f00d84e87695dcbf007b369d5a17e219e16c95f50000000000000020ab2d0dfe7b74cad058d358b726aff095e4622b63d04fa3405ace4a3fb7739a0d1adc44bca188d4e5d9114e070f50d8ac"}}, {"type": "short-answer", "answer": "@jessicazartler", "hidden": true, "question": "Telegram Handle", "questionId": 1}, {"type": "short-answer", "answer": "https://github.com/bonding-curves/conding", "hidden": true, "question": "Project GitHub Repo", "questionId": 2}, {"type": "short-answer", "hidden": true, "question": "Link to your Public Group Chat", "questionId": 3}, {"type": "short-answer", "answer": "https://builder.gitcoin.co/#/chains/42161/registry/0x/projects/0x77ad10f6532a1fe22e28870d7f4d73eb3b05331c9470ebf1356aed5d5a9ef240", "hidden": true, "question": "Have you participated in a previous Gitcoin Grants Round? If so, please name the rounds or link the builder profile to prior rounds.", "questionId": 4}, {"type": "paragraph", "answer": "Our mission is to drive forward the research, development, education, and application of Bonding Curves in their various forms. This research group will provide chain agnostic research, development, education, and application of Bonding Curves in their various forms. This R&D will attract new talent and interest in the field of Token Engineering and to other blockchain ecosystems. Additionally, it will support building a common understanding and language around bonding curves and their applications to DAOs, businesses, finance, and economics.\n\nThis research offers improvements for understanding the design and ongoing operation of these new economic mechanisms, benefiting the field of Token Engineering directly through upgraded tools like open source libraries, models, simulations, and dashboards. The research and development also has huge impact through networking and deal flow for any blockchain ecosystem that would like to make use of these tool sets, open libraries, primitives, and research.\n\nBonding curves are an emergent, Web3 native, economic primitive that redefine markets and liquidity. By determining price as proportional to supply, liquidity can be built into an economy, ending the era of market crunches, and enabling transparent and discoverable market prices for assets. The research, development and education in token economic primitives like bonding curves and cutting-edge research in the TE field has profound potential and implications for our economic systems.", "hidden": true, "question": "How does your project contribute significantly to the Ethereum network's infrastructure? Please provide specific examples and metrics if available.", "questionId": 5}, {"type": "paragraph", "answer": "\ud83d\udcda Past Work & Achievements :\n\nThe BCRG was founded in March 2023 and has three operational workstreams including Education & Content, Research & Ideation and Bonding Curve Analysis & Modeling. Here is a list of some of the work produced:\n\nEDUCATION - ARTICLES, DOCUMENTATION & VIDEOS\n\n-Educational Gitbook https://bonding-curve-research-group.gitbook.io/bonding-curve-research-group-library\n\nBonding Curve Case Studies https://bonding-curve-research-group.gitbook.io/bonding-curve-research-group-library/case-studies\n-Engineering for Resilience with Primary Issuance Markets https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/0zc8X-J6r65yc9_MwdVeY69QdFS8Nc6Jh7F92e93koc\n\n-Breathing New Life into Web3 Economies https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/WOadRX5zqvgpjSVDjnd1cjHPNVQY8hXXRYlEjIvNOTY\n\n-Exploring Bonding Curves: Differentiating Primary and Secondary Automated Market Makers https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/1Pxl_fbIPifIQ4_y0xoJGZGEk70qfOM3Gi9nWycm-8k\n\n-Modeling & Simulating Bonding Curves https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/3gTCNW1LcsNd_O8zgfgERXnZhA_8wYyyHkZRe-oxIns\n\n-Knowledge Library - a collection of resources discussing bonding curves and the mechanism design space for crypto economic system https://www.notion.so/Knowledge-Library-ea2a517d82b142778e033a45bc115a80\n\n-Bonding Curve Classification Notebook (WIP) - a quick look at different kinds of curves and their equations https://www.notion.so/Bonding-Curve-Classification-0e85d52249594c6aaaf7e3dcdcd958b1\n\n-Open Research/Study Session Call Library https://www.youtube.com/@BondingCurve\n\n-Bonding Curve Parameters: Narrative Model Walk Through https://www.youtube.com/watch?v=CQwYXXjll0U\n\n-Public Good Token Comparison Analysis Walk Through Video: https://youtu.be/_IgkMSvPKuM?si=peW65BVDw7BFld1Y\n\nTOOLING\n\n-Bonding Curve Simulator App http://172.105.101.205:5100/sim_app\n\n-Augmented Bonding Curve Model Github Repo (WIP) - an opensource python model used to simulate the Augmented Bonding Curve from the TEC ecosystem https://github.com/bonding-curves/conding\n\n-Bonding Curves Parameters Model https://github.com/bonding-curves/conding/blob/main/conding/pamm/abc.py\n\n-Token Engineering Commons Dune Dashboard & Python Translation https://dune.com/rxx_/bondingcurves", "hidden": true, "question": "Describe any pioneering development work in your project, particularly in enhancing privacy, interoperability, or user experience.", "questionId": 6}, {"type": "paragraph", "answer": "\u2694\ufe0f The Challenge:\n\nIn the early days of crypto and ICOs, many projects and DAOs launched static supply tokens which struggled to expand and contract with bull and bear market swings, and are not adaptive enough for the dynamic nature of these nascent economies.\n\nThis has also been a huge challenge for token valuations, with many DAOs and organizations seeing massive selloffs and price drops in the 90%+ range. When token price is a primary driver of the capacity to carry out work in a DAO ecosystem, volatile token prices are a hindrance to production in Web3 organizations.\n\nMany DAOs and organizations are looking to move from static supply to dynamic issuance models and reduce volatility, however, many of these economic mechanisms and markets remain untested, and the designs need to be further studied and validated, in order to deploy safe and sustainable economies.\n\n\u2934\ufe0f Overview of Bonding Curves:\n\nBonding curves are an interesting new tool in the Web3 space that tie two or more elements of a system together through mathematical relationships encoded into smart contracts. Bonding Curves are a \u2018supply discovery\u2019 mechanism that allows new tokens to be minted (or burned) by the deposit (or withdrawal) of reserve assets when the demand for new tokens is greater (or less) than the available supply. Also called automated market makers (AMMs), there are different types of bonding curves, including but not limited to constant product, constant function, concentrated liquidity, variable product, time-weighted, and even order book-based bonding curves.\n\nBonding curves have also been \u2018augmented\u2019 with the addition of common pool treasuries or even prediction markets, in order to improve the collective signaling capacity of these new tools for social and ecosystemic benefit.\n\nThis is just the beginning of their utility, and current tools have only taken the first steps to explore this design space. Bonding Curves are a gateway for engineered control systems to facilitate and improve the economic management and value accrual systems of Web3.\n\nRead more: https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d\n\n\ud83d\udea6The Opportunity:\n\nBonding Curves provide an economic invariant between the supply of tokens and the reserve assets backing their value, making token price deterministic and providing guaranteed liquidity for tokens. Adjusting the circulating supply based on demand dampens the volatility and couples with the demand for the token\u2019s utility.\n\nUsing bonding curves as a continuous token issuance mechanism, organizations or communities can leverage algorithmic reserve and liquidity management strategies to provide volatility-damped token price fluctuations. The Token Engineering Commons Augmented Bonding Curve is a prime example of this, outperforming ETH through the bear market. Other blockchain ecosystems could employ these mechanisms to support their token economies\u2019 success.\n\nThese open source tools should be further studied, modeled and explored in order to maintain open libraries of tools and documentation and establish connections with organizations who need help designing and deploying them (which could also serve as opportunities for service groups to develop revenue streams for further work and research).", "hidden": true, "question": "What specific problems or challenges in the Ethereum ecosystem does your project address? How does your solution improve upon existing alternatives?", "questionId": 7}, {"type": "paragraph", "answer": "MILESTONE 1 - Work period October - December\nBonding Curve Simulator v1: An interactive No-Code Bonding Curve Simulator built using cadCAD - an open-source Python package that assists in the processes of designing, testing and validating complex systems through simulation - and designed for intuitive exploration and understanding of bonding curve concepts without the need for coding or mathematical expertise. The simulation engine would lower barriers to entry for understanding bonding curves and provide valuable insights for launching new token economies.\n\nThis interactive Bonding Curve Simulator will allow users to:\nExplore Bonding Curves: Users can interactively explore different types of bonding curves, understanding their behavior and impact.\nConfigure Parameters: Users can adjust various parameters of the bonding curves and observe the effects in real-time.\nVisualize Data: The simulator provides visual representations of the bonding curves, making it easier to understand complex concepts.\nLearn Through Interaction: By interacting with the simulator, projects can learn about bonding curves in a hands-on manner, which is often more effective than passive learning.\nIt will solve the problem of accessibility and usability of bonding curves by providing an intuitive interface and a reliable simulation engine. The audience includes researchers, token economists, Web3 projects and DAOs interested in launching their token economy on bonding curves. We are open to further collaboration to look at specific use cases in future iterations of this work.\nMILESTONE 2 - Work period  January- February\nToken Models: Create token model analysis with historical price data (similar to our public goods token performance analysis). Report on model findings. Analysis could be used to support recommendations. The BCRG is open to collaboration or advisory to the post analysis.\nInteractive Web App Development: Build an interactive web application that intuitively explains the significance and impact of bonding curves in token economies. This will serve as an educational tool for builders in the ecosystem broadly about how and why to choose bonding curves to deploy their token economies.\nGuided Storytelling via Interactive CadCAD: Develop CadCAD simulation based modules to help users understand how to select parameters for their specific use cases and predict their impacts on token economics.\n\n\nMILESTONE 3 - Work period March\n\n1. Live data integration: CoinGecko/similar API integration for users to pull in any token data and learn about simulated historical behaviors of tokens under bonding curve Primary issuance markets.", "hidden": true, "question": "Outline your project's roadmap and how the grant funds will be used to achieve your development goals.", "questionId": 8}, {"type": "paragraph", "answer": "The Ethereum ecosystem can experience several key benefits from the work of the BCRG. These benefits span across network performance, economic sustainability, user experience, and governance. \n1. Improved Network Security and Decentralization\nOptimized Incentives: By analyzing behavior and staking economics, the system can better align incentives, ensuring validators are properly rewarded for securing the network. This leads to higher validator participation and a more decentralized network.\n\n\nRisk Mitigation: Stress tests and risk analysis will identify potential vulnerabilities, such as validator manipulation or malicious attacks, allowing for early detection and mitigation of security threats.\n2. Sustainability and Long-Term Economic Health\nDynamic Fee Structures: Implementing dynamic fee mechanisms ensures that the network remains sustainable by adjusting gas fees based on transaction volume and congestion. This reduces the risk of fee volatility while maintaining an efficient cost structure for users.\n\n\nControlled Inflation and Value Capture: Through simulations and economic modeling, $ETH tokenomics can be optimized to balance inflation (through staking rewards) and deflationary pressure (through fee burning), ensuring long-term value capture for token holders.\n\n\nValidator Subsidy Models: Dynamic subsidy mechanisms can ensure validators remain incentivized even during periods of low activity, contributing to network stability.\n3. Enhanced User Experience and Adoption\nScalability and L1 Optimization: The research into L1 architecture will enable the creation of scalable, application-specific blockchains, allowing developers to build more efficient and tailored dApps within the Ethereum ecosystem.\n4. Informed Governance and Decision-Making\nAdaptive Governance Models: Phase 3 introduces dynamic governance systems that enable the adjustment of economic levers based on real-time data. This will allow ecosystem to evolve autonomously, responding to changing conditions with minimal human intervention.\n\n\nDAO Integration: Empowering DAOs and other decentralized governance mechanisms with tools for decision-making will improve the community\u2019s ability to influence the protocol. This ensures a more inclusive and transparent governance structure.\n\n\nData-Driven Governance Reports: Continuous monitoring and reporting tools will provide key insights into system health, allowing stakeholders to make more informed decisions regarding network upgrades or economic policy adjustments.\n5. Better L1 & Protocol Design\nCustomizable L1 Templates: Research into L1 design, including consensus mechanisms, economic models and Execution environment, will allow developers to choose the best configurations for specific use cases (e.g., gaming, DeFi, or enterprise applications). This flexibility enhances developer adoption and drives innovation.\n\n\nSimulation Tools for Developers: The development of a web-app interface that allows developers to simulate and analyze different L1 architectures will streamline the development process and lead to more efficient, high-performing dApps on Ethereum.\n6. Attracting Institutional & Enterprise Use Cases\nEnterprise-Grade Solutions: By optimizing L1 capabilities and economic models, Ethereum can attract institutional participants looking for customized blockchain solutions. This includes tokenization of real-world assets, cross-border payments, and private blockchains for regulated industries.\n\n\nCompliance and Regulatory Alignment: Custom L1s can be designed with built-in compliance features to meet regulatory requirements, making Ethereum a more attractive platform for enterprises and financial institutions.\n7. Optimized Ecosystem Growth\nDeFi Ecosystem Expansion: With improved validator rewards, dynamic fee structures, and lower transaction costs, Ethereum can further expand its DeFi ecosystem, attracting liquidity providers, yield farmers, and developers to build innovative financial products.\n\n\nNFT and Gaming Ecosystem Growth: Lower fees, faster transactions, and optimized subnets make Ethereum a prime environment for NFTs and gaming dApps, enhancing its competitive advantage over other networks.\n\n\nCross-Chain Interoperability: The research into cross-chain interoperability through subnets will enable smooth asset transfers between Ethereum and other blockchain networks, promoting liquidity flow and expanding use cases.\n8. Long-Term System Stability\nEconomic Resilience: Simulations of edge cases and stress tests will provide insights into how the system behaves under extreme conditions, enabling the implementation of safeguards that prevent cascading failures or systemic risks.\n\n\nAdaptive and Self-Regulating System: By integrating adaptive governance mechanisms, Ethereum can become more resilient and autonomous, adjusting economic parameters in response to real-time data without requiring constant manual intervention.\n", "hidden": true, "question": "How does your project contribute to the decentralization and security of the Ethereum network?", "questionId": 9}, {"type": "paragraph", "hidden": true, "question": "For any project deploying smart contracts on blockchain networks, please list all your deployer addresses and their corresponding blockchain networks. Use this format for each entry: [deployer_address], [chain_id]\u2014for example, 0x123abc..., 42161 (This represents a deployer address on the Arbitrum network). Please include a separate line for each unique deployer address and blockchain combination.", "questionId": 10}], "project": {"id": "0x77ad10f6532a1fe22e28870d7f4d73eb3b05331c9470ebf1356aed5d5a9ef240", "title": "Bonding Curve Research Group (BCRG)", "logoImg": "bafkreihm7vwebl3lu6gz5i245czbockzwc4v7f4zvh5ked2dzeebeeu4e4", "metaPtr": {"pointer": "bafkreigfgmmeqpalmyuu77jqmzwzv53i5ovnod635cfh3a62vr4iiucp54", "protocol": "undefined"}, "website": "https://bonding-curve-research-group.gitbook.io/bonding-curve-research-group-library", "bannerImg": "bafkreicfu4kalr3c7w75ctggxystnjvtryzyh2e62lrtjaannslfktnlx4", "createdAt": 1692040900341, "userGithub": "jessicazartler", "credentials": {"github": {"type": ["VerifiableCredential"], "proof": {"jws": "eyJhbGciOiJFZERTQSIsImNyaXQiOlsiYjY0Il0sImI2NCI6ZmFsc2V9..nK6BHuThjIGKLG-mWQbP32dH2RavoiU5HStyu95orgagMPs_7KrkLaval_uGtRVz56WPOszMMOeRWFBpxN1eCA", "type": "Ed25519Signature2018", "created": "2024-10-11T15:30:51.183Z", "proofPurpose": "assertionMethod", "verificationMethod": "did:key:z6MkghvGHLobLEdj1bgRLhS4LPGJAvbMA1tn2zcRyqmYU5LC#z6MkghvGHLobLEdj1bgRLhS4LPGJAvbMA1tn2zcRyqmYU5LC"}, "issuer": "did:key:z6MkghvGHLobLEdj1bgRLhS4LPGJAvbMA1tn2zcRyqmYU5LC", "@context": ["https://www.w3.org/2018/credentials/v1"], "issuanceDate": "2024-10-11T15:30:51.183Z", "expirationDate": "2025-01-09T15:30:51.183Z", "credentialSubject": {"id": "did:pkh:eip155:1:0xb2821C0DF0c414ff51D3e8033CBA26DF6AaC587b", "hash": "v0.0.0:K8TuH2qVD78ZiIYlgnugPkThryWoJpldSarpdafuhQ4=", "@context": [{"hash": "https://schema.org/Text", "provider": "https://schema.org/Text"}], "provider": "ClearTextGithubOrg#bonding-curves#43972522"}}, "twitter": {"type": ["VerifiableCredential"], "proof": {"jws": "eyJhbGciOiJFZERTQSIsImNyaXQiOlsiYjY0Il0sImI2NCI6ZmFsc2V9..fFk70NN5Ju-395v8fp9UYUuXaNFZmVW7AzBePXEbH_bBOiLF20VC-G_0C6QdMosNnHKAECnM0osaY1MQuQThBg", "type": "Ed25519Signature2018", "created": "2024-04-11T22:46:43.106Z", "proofPurpose": "assertionMethod", "verificationMethod": "did:key:z6MkghvGHLobLEdj1bgRLhS4LPGJAvbMA1tn2zcRyqmYU5LC#z6MkghvGHLobLEdj1bgRLhS4LPGJAvbMA1tn2zcRyqmYU5LC"}, "issuer": "did:key:z6MkghvGHLobLEdj1bgRLhS4LPGJAvbMA1tn2zcRyqmYU5LC", "@context": ["https://www.w3.org/2018/credentials/v1"], "issuanceDate": "2024-04-11T22:46:43.106Z", "expirationDate": "2024-07-10T22:46:43.106Z", "credentialSubject": {"id": "did:pkh:eip155:1:0xb2821C0DF0c414ff51D3e8033CBA26DF6AaC587b", "hash": "v0.0.0:wM+rca21gLszHDNNCCr9aTqqOHdEHoMPWfuVZiIt+IE=", "@context": [{"hash": "https://schema.org/Text", "provider": "https://schema.org/Text"}], "provider": "ClearTextTwitter#Bonding_Curves"}}}, "description": "\u2694\ufe0f The Challenge:\nIn the early days of crypto and ICOs, many projects and DAOs launched static supply tokens which struggled to expand and contract with bull and bear market swings, and are not adaptive enough for the dynamic nature of these nascent economies.\n\nThis has also been a huge challenge for token valuations, with many DAOs and organizations seeing massive selloffs and price drops in the 90%+ range. When token price is a primary driver of the capacity to carry out work in a DAO ecosystem, volatile token prices are a hindrance to production in Web3 organizations.\n\nMany DAOs and organizations are looking to move from static supply to dynamic issuance models and reduce volatility, however, many of these economic mechanisms and markets remain untested, and the designs need to be further studied and validated, in order to deploy safe and sustainable economies.\n\n\u2934\ufe0f Overview of Bonding Curves:\nBonding curves are an interesting new tool in the Web3 space that tie two or more elements of a system together through mathematical relationships encoded into smart contracts. Bonding Curves are a \u2018supply discovery\u2019 mechanism that allows new tokens to be minted (or burned) by the deposit (or withdrawal) of reserve assets when the demand for new tokens is greater (or less) than the available supply.  Also called automated market makers (AMMs), there are different types of bonding curves, including but not limited to constant product, constant function, concentrated liquidity, variable product, time-weighted, and even order book-based bonding curves. \n\nBonding curves have also been \u2018augmented\u2019 with the addition of common pool treasuries or even prediction markets, in order to improve the collective signaling capacity of these new tools for social and ecosystemic benefit.\n\nThis is just the beginning of their utility, and current tools have only taken the first steps to explore this design space. Bonding Curves are a gateway for engineered control systems to facilitate and improve the economic management and value accrual systems of Web3.\n\nRead more: https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d\n\n\ud83d\udea6The Opportunity:\nBonding Curves provide an economic invariant between the supply of tokens and the reserve assets backing their value, making token price deterministic and providing guaranteed liquidity for tokens. Adjusting the circulating supply based on demand dampens the volatility and couples with the demand for the token\u2019s utility. \n\nUsing bonding curves as a continuous token issuance mechanism, organizations or communities can leverage algorithmic reserve and liquidity management strategies to provide volatility-damped token price fluctuations. The Token Engineering Commons Augmented Bonding Curve is a prime example of this, outperforming ETH through the bear market. Other blockchain ecosystems could employ these mechanisms to support their token economies\u2019 success. \n\nThese open source tools should be further studied, modeled and explored in order to maintain open libraries of tools and documentation and establish connections with organizations who need help designing and deploying them (which could also serve as opportunities for service groups to develop revenue streams for further work and research).\n\n\ud83c\udfaf The Purpose of this Research Group:\nOur mission is to drive forward the research, development, education, and application of Bonding Curves in their various forms. This research group will provide chain agnostic research, development, education, and application of Bonding Curves in their various forms. This R&D will attract new talent and interest in the field of Token Engineering and to other blockchain ecosystems. Additionally, it will support building a common understanding and language around bonding curves and their applications to DAOs, businesses, finance, and economics. \n\nThis research offers improvements for understanding the design and ongoing operation of these new economic mechanisms, benefiting the field of Token Engineering directly through upgraded tools like open source libraries, models, simulations, and dashboards. The research and development also has huge impact through networking and deal flow for any blockchain ecosystem that would like to make use of these tool sets, open libraries, primitives, and research.\n\nBonding curves are an emergent, Web3 native, economic primitive that redefine markets and liquidity. By determining price as proportional to supply, liquidity can be built into an economy, ending the era of market crunches, and enabling transparent and discoverable market prices for assets. The research, development and education in token economic primitives like bonding curves and cutting-edge research in the TE field has profound potential and implications for our economic systems.\n\n\ud83d\udcda Past Work & Achievements :\nThe BCRG was founded in March 2023 and has three operational workstreams including Education & Content, Research & Ideation and Bonding Curve Analysis & Modeling. Here is a list of some of the work produced:\n\nEDUCATION - ARTICLES, DOCUMENTATION & VIDEOS\n-Educational Gitbook https://bonding-curve-research-group.gitbook.io/bonding-curve-research-group-library\n- Bonding Curve Case Studies https://bonding-curve-research-group.gitbook.io/bonding-curve-research-group-library/case-studies\n-Engineering for Resilience with Primary Issuance Markets https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/0zc8X-J6r65yc9_MwdVeY69QdFS8Nc6Jh7F92e93koc\n-Breathing New Life into Web3 Economies https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/WOadRX5zqvgpjSVDjnd1cjHPNVQY8hXXRYlEjIvNOTY\n-Exploring Bonding Curves: Differentiating Primary and Secondary Automated Market Makers https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/1Pxl_fbIPifIQ4_y0xoJGZGEk70qfOM3Gi9nWycm-8k\n-Modeling & Simulating Bonding Curves https://mirror.xyz/0x8fF6Fe58b468B1F18d2C54e2B0870b4e847C730d/3gTCNW1LcsNd_O8zgfgERXnZhA_8wYyyHkZRe-oxIns\n-Knowledge Library - a collection of resources discussing bonding curves and the mechanism design space for crypto economic system https://www.notion.so/Knowledge-Library-ea2a517d82b142778e033a45bc115a80\n-Bonding Curve Classification Notebook (WIP) - a quick look at different kinds of curves and their equations https://www.notion.so/Bonding-Curve-Classification-0e85d52249594c6aaaf7e3dcdcd958b1\n-Open Research/Study Session Call Library https://www.youtube.com/@BondingCurve\n-Bonding Curve Parameters: Narrative Model Walk Through https://www.youtube.com/watch?v=CQwYXXjll0U\n-Public Good Token Comparison Analysis Walk Through Video: https://youtu.be/_IgkMSvPKuM?si=peW65BVDw7BFld1Y\n\nTOOLING\n-Bonding Curve Simulator App http://172.105.101.205:5100/sim_app\n-Augmented Bonding Curve Model Github Repo (WIP) - an opensource python model used to simulate the Augmented Bonding Curve from the TEC ecosystem https://github.com/bonding-curves/conding\n-Bonding Curves Parameters Model https://github.com/bonding-curves/conding/blob/main/conding/pamm/abc.py\n-Token Engineering Commons Dune Dashboard & Python Translation https://dune.com/rxx_/bondingcurves\n\n\ud83d\udc65The team:\n\nShawn Anderson, an entrepreneurial data scientist with an MSc. from Simon Fraser University, founded Longtail Financial in 2018. Longtail serves diverse sectors like DeFi, NFTs, and DAOs. He was also a founding steward of the Token Engineering Commons and is a continuing contributor to cadCAD, an open-source modeling and simulation tool. Shawn supported the migration of TEC to the Optimism chain. https://www.linkedin.com/in/shawnwanderson/?originalSubdomain=ca\n\nJeff Emmett is a skilled Token Engineering Researcher and Engineering Communicator at BlockScience and co-founder of Commons Stack. He is deeply engaged in exploring and researching systems design and analysis with a focus on economic and governance mechanism design. He has a Bachelor\u2019s degree in Electrical Engineering from the University of Waterloo. He is the co-author of \u201cExploring MycoFi: Mycelial Design Patterns for Web3 and Beyond\u201d and countless other research papers and articles. https://www.linkedin.com/in/jeff-emmett-05268139/ https://medium.com/@jeffemmett\n\nJessica Zartler is a researcher and communications lead at BlockScience. She is also a Founding Steward of the Token Engineering Commons, an advisor to the Token Engineering Academy and the BioFi Project , and a course author for the governance module of the Token Engineering Fundamentals course. She is also the former Ecosystem Development Lead at CommonStack and co-author of \u201cExploring MycoFi: Mycelial Design Patterns for Web3 and Beyond\u201d. Her work focuses on systems design and analysis, including economic and governance mechanisms. She is passionate about ecological regeneration and Web3 as emancipatory tech. https://www.linkedin.com/in/jessicazartler/ https://x.com/jessicazartler\n\nRohan Mehta is a Data Scientist and Token Engineer at BlockScience, with a strong background in Physics and Electronics from BITS Pilani. His work focuses on consulting Web3 projects on tokenomics and building incentive mechanisms aligned with stakeholder actions and system goals. He uses tools like cadCAD and Machinations for complex system analysis, and teaches at the Token Engineering Academy. https://www.linkedin.com/in/rohan-mehta-5b086b190/?originalSubdomain=in\n\nHashir Nabi is an Aerospace Engineer and researcher at BlockScience. He focuses on building open-source public goods infrastructure, crypto-economic primitives, and token engineering tools while actively contribute to the field by authoring articles/case-studies. \n\nRex is currently pursuing a Master's in Economics and Data Science, after completing his bachelor's in Economics with Computing. With three years of experience in data engineering and analytics, arex has spent the last two years specializing in the cryptocurrency industry. They have contributed to innovative projects at organizations like the TEC, BCRG, Wonderland, and Inverter. Rex supported the migration of TEC to the Optimism chain. https://x.com/0xr3x\n\n\ud83d\udcb8 Past Funding :\nThe Bonding Curve Research Group is grateful for the Token Egineering Commons and Optimism Retro PGF grant funding and funding from the GoGoPool team which provided crucial, catalytic seed funding for the BCRG to begin work and execute on an initial set of deliverables. We are seeking further funding to continue our research and development and are grateful for your support and any referrals to aligned partners \ud83d\ude4f\n\n\ud83d\udd2c Further Research, Development, Education & Community Outreach:\n-Improved methodology for analyzing on-chain Bonding Curves data\n-Explore new bonding curve mechanisms such as -Shutdown & Liquidation Procedures\n-Develop gamified UX visualizations of the Bonding Curve where members can play with the parameter to see the final impact\n-Dogfooding an investable workstream and bonding curve with Inverter Network, which could become a template for other DAOs or organizations\n-Exploring volatility dampening mechanisms\n-Continuing our study sessions with invited guests from various token/blockchain ecosystems and building the video library\n-Educational posts and knowledge sharing on social media platforms\n\n\ud83d\udd0a How We Will Share Progress:\n-Bonding Curve Research Group platforms including Github https://auspicious-cap-b5c.notion.site/Bonding-Curve-Research-Group-a0fe00e81d84435a8fddd547a7888063\n-Transparent shared work processes (call notes, Miro board, call recordings as available)\n\nThank you for supporting Token Engineering public goods and the Bonding Curve Research Group! \ud83d\ude4f", "lastUpdated": 0, "projectGithub": "bonding-curves", "projectTwitter": "Bonding_Curves"}, "recipient": "0x29567BdBcC92aCF37AC6B56B69180857bB69f7D1"}}