decodedDataJson: [{"name":"json","type":"string","signature":"string json","value":{"name":"json","type":"string","value":"{\"proposalURL\":\"https://explorer.gitcoin.co/#/round/10/57/42\",\"title\":\"Token Engineering the Superchain\",\"description\":\"\",\"payoutAddress\":\"0x29567BdBcC92aCF37AC6B56B69180857bB69f7D1\",\"programId\":\"57_10\",\"questions\":[{\"type\":\"paragraph\",\"query\":\"Vision Statement and Impact: Describe the long-term vision of your project and its intended impact on the Optimism and broader Superchain ecosystem, including both qualitative and quantitative benefits\",\"explanation\":\"Long-term Vision: Our project aims to open source tooling for the Optimism and Superchain ecosystem to understand and utilize bonding curve simulations to create robust, dynamic token economies. This includes:\\n\\nDefending Token Prices: Implementing bonding curves to defend token prices against speculative pump and dump scenarios.\\n\\nVolatility Reduction: Utilizing bonding curves for volatility reduction and liquid asset collection, providing a stable foundation for reward mechanisms.\\n\\nEducational Outreach: Educating the Optimism (OP) ecosystem on the effective use of bonding curves for sustainable market-making and project development.\\n\"},{\"type\":\"paragraph\",\"query\":\"Initial Strategy: Outline a high-level strategy for how you will achieve your intended impact and key goals for the next 3-6 months\",\"explanation\":\"High-Level Strategy: This project will develop research, tools, and educational resources to enhance understanding and implementation of bonding curves.\\n\\nTo achieve our intended impact, we will focus on the following goals over the next 6 months:\\n\\nMILESTONE 1 - Work period September - November\\n\\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 on Optimism and Superchain.\\n\\nThis interactive Bonding Curve Simulator will allow users to:\\n\\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.\\n\\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.\\n\\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 Optimism and Superchain specific use cases in future iterations of this work.\\n\\nMILESTONE 2 - Work period November - January\\n\\nOP Token Model: Create token model analysis with OP historical price data reflecting retroactive grant rounds and sell off periods to analyze grant round selling on token price and performance (similar to our public goods token performance analysis). Report on model findings in a forum post for the OP community. Analysis could be used to support recommendations in changes to future retro grants program such as altering vesting schedules. The BCRG is open to collaboration or advisory to the OP team post analysis.\\n\\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 OP and Superchain ecosystem broadly about how and why to choose bonding curves to deploy their token economies.\\n\\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\\nMILESTONE 3 - Work period January - February\\n\\nLive 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.\"},{\"type\":\"paragraph\",\"query\":\"Team Expertise: Provide a brief summary on the team’s background and relevant expertise in token engineering and/or OP\",\"explanation\":\"Shawn 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.\\nhttps://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’s degree in Electrical Engineering from the University of Waterloo. He is the co-author of “Exploring MycoFi: Mycelial Design Patterns for Web3 and Beyond” and countless other research papers and articles.\\nhttps://www.linkedin.com/in/jeff-emmett-05268139/\\nhttps://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 “Exploring MycoFi: Mycelial Design Patterns for Web3 and Beyond”. Her work focuses on systems design and analysis, including economic and governance mechanisms. She is passionate about ecological regeneration and Web3 as emancipatory tech. \\nhttps://www.linkedin.com/in/jessicazartler/\\n\\nRohan Mehta: Rohan 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:  Hashir 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:  Rex 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\"},{\"type\":\"paragraph\",\"query\":\"Existing Work: Provide evidence of any existing work, such as prototypes, research papers, or previous projects. If you have already done work within OP/ Superchain, please include that here too\",\"explanation\":\"EDUCATION - 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 \\nhttps://www.youtube.com/@BondingCurve\\n-Bonding Curve Parameters: Narrative Model Walk Through\\nhttps://www.youtube.com/watch?v=CQwYXXjll0U\\n-Public Good Token Comparison Analysis Walk Through Video:\\nhttps://youtu.be/_IgkMSvPKuM?si=peW65BVDw7BFld1Y\\n\\nTOOLING\\n-Bonding Curve Simulator App \\nhttp://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\"},{\"type\":\"paragraph\",\"query\":\"Returning grantees: If your project has received prior funding from the Token Engineering Grants Program, please describe the impact that funding has had on the project\",\"explanation\":\"The Bonding Curve Research Group is grateful for the Token Egineering grant funding which provided crucial, catalytic seed funding for the BCRG to begin work and execute on an initial set of deliverables. Additionally, the BCRG was able to set up platforms and communication channels, as well as recruit talent for collaborative R&D. The work performed from the TE grants program funding enabled the BCRG to pursue additional funding and partnerships to continue operations and successfully produce valuable open source research, models, tooling, and education.\"}],\"type\":\"grant-details\"}"}}]