In a groundbreaking announcement at Breakpoint 2024, Paul Kohlhaas unveiled pump.science, a revolutionary platform that brings decentralized science (DeSci) to Solana. This innovative project aims to tokenize longevity experiments, potentially accelerating scientific research and democratizing access to cutting-edge biotech developments.

Summary

Paul Kohlhaas, a veteran in the crypto space since 2016, introduced pump.science at Solana's Breakpoint 2024 conference. This platform represents a significant milestone for decentralized science (DeSci) on the Solana blockchain, focusing on tokenizing scientific research, particularly in the field of longevity studies.

The core concept behind pump.science is to create a marketplace for early-stage longevity experiments, allowing researchers to list their ideas, fundraise through bonding curves, and conduct live experiments with worms. The platform aims to solve the persistent problem in scientific research where scientists often spend 80% of their time applying for funding and only 20% on actual research.

By leveraging blockchain technology, pump.science enables the creation of prediction markets for biotech experiments. This not only provides a new funding model for scientific research but also allows token holders to have governance rights over the experiments, including treasury management and defining experimental roadmaps.

The launch of pump.science marks a significant step towards permissionless science, potentially unlocking untapped scientific talent globally and accelerating research in critical areas such as longevity, fertility, and biohacking.

Key Points:

Introduction to pump.science

pump.science is a newly launched platform on the Solana blockchain that aims to revolutionize scientific research, particularly in the field of longevity studies. The platform allows researchers to tokenize their experiments, creating a marketplace for early-stage longevity cocktails and compounds. This innovative approach combines elements of decentralized finance (DeFi) with scientific research, potentially accelerating the pace of discoveries in the biotech sector.

The platform works by enabling researchers to list their longevity cocktail ideas, which can then be funded through bonding curves. The raised liquidity automatically goes towards funding the experiment, which is then tested on worms. Live data streams from these experiments are available on the platform, creating a transparent and interactive environment for both researchers and investors.

Tokenization of Scientific Experiments

One of the core features of pump.science is the tokenization of scientific experiments. These tokens represent real-world intellectual property (IP) governance rights to the underlying compounds, data, and experiments being traded. This approach brings several benefits to the scientific community and potential investors.

Token holders have control over treasury management, can define experimental roadmaps, and assist in the commercialization of promising compounds. This model could potentially lead to direct-to-consumer plays, where token holders gain early access to new longevity compounds and treatments. By tokenizing experiments, pump.science creates a new paradigm for funding and conducting scientific research, potentially attracting more resources and attention to crucial areas of study.

Addressing Funding Challenges in Scientific Research

pump.science aims to address a significant challenge in the scientific community: the disproportionate amount of time researchers spend on securing funding rather than conducting actual research. According to Kohlhaas, scientists often report spending 80% of their time applying for funding and only 20% doing science.

By creating a decentralized platform for funding and trading scientific experiments, pump.science could potentially shift this balance. The platform's model allows for quicker funding of promising ideas and creates a more direct connection between researchers and those interested in their work. This could lead to a more efficient allocation of resources and potentially unlock scientific talent that might otherwise remain untapped due to traditional funding constraints.

Future Expansion and Potential Impact

While the initial focus of pump.science is on worm experiments for longevity research, Kohlhaas outlined potential future expansions of the platform. These include moving to fly experiments, then mouse experiments, and potentially even human trials. This scalable approach could significantly accelerate the pace of scientific discovery in the field of longevity and beyond.

The potential impact of pump.science extends beyond just longevity research. By providing a model for tokenized experiments and decentralized funding, the platform could pave the way for similar approaches in other scientific fields. This could lead to a more open, collaborative, and efficient scientific ecosystem, potentially accelerating breakthroughs in various areas of research.

Facts + Figures

• pump.science launched on September 21, 2024, at Solana's Breakpoint conference
• The platform allows for tokenized longevity experiments, starting with worm studies
• Experiments are funded through bonding curves, with liquidity automatically allocated to fund the research
• When a market cap on any compound crosses $10,000 on pump.fund, the experiment data is deployed live on pump.science
• Two markets were already live and deployed at the time of the announcement
• The platform was built in approximately three weeks
• Scientists reportedly spend 80% of their time applying for funding and only 20% doing actual research
• Future plans include expanding to fly experiments, mouse experiments, and potentially human trials
• The Solana Foundation provided a grant for building pump.science
• Token holders have governance rights over the experiments, including treasury management and defining experimental roadmaps

Top quotes

1. "We live in a time of science friction and not science fiction, unfortunately."
2. "Decide stands for permissionless science."
3. "Imagine if you were doing that in software development. Most of the world's scientific talent remains untapped."
4. "What if we could run experiments at the speed of pump.fund?"
5. "These tokens actually represent real-world IP governance rights to the underlying compounds data, to the experiments that are being traded."
6. "The hope is really that kind of this empowers biohackers all over the world to begin deploying their own experiments."

Questions Answered

What is pump.science?

pump.science is a new platform launched on the Solana blockchain that allows for the tokenization and trading of scientific experiments, specifically focusing on longevity research. It enables researchers to list their longevity cocktail ideas, fundraise through bonding curves, and conduct live experiments with worms. The platform aims to create a more efficient funding model for scientific research and accelerate the pace of discoveries in the biotech sector.

How does pump.science work?

Researchers can list their longevity cocktail ideas on pump.science. These ideas can then be funded through bonding curves, with the raised liquidity automatically going towards funding the experiment. The experiments are initially conducted on worms, with live data streams available on the platform. When a market cap on any compound crosses $10,000 on pump.fund, the experiment data is deployed live on pump.science, allowing users to track the progress in real-time.

What do the tokens on pump.science represent?

The tokens on pump.science represent real-world intellectual property (IP) governance rights to the underlying compounds, data, and experiments being traded. Token holders have control over treasury management, can define experimental roadmaps, and assist in the commercialization of promising compounds. This model could potentially lead to direct-to-consumer opportunities, where token holders gain early access to new longevity compounds and treatments.

How does pump.science address funding challenges in scientific research?

pump.science aims to address the issue of scientists spending a disproportionate amount of time on securing funding rather than conducting research. By creating a decentralized platform for funding and trading scientific experiments, pump.science could potentially shift this balance, allowing for quicker funding of promising ideas and creating a more direct connection between researchers and those interested in their work. This could lead to a more efficient allocation of resources and potentially unlock scientific talent that might otherwise remain untapped due to traditional funding constraints.

What are the future plans for pump.science?

While the initial focus of pump.science is on worm experiments for longevity research, there are plans to expand the platform to include fly experiments, mouse experiments, and potentially even human trials. This scalable approach could significantly accelerate the pace of scientific discovery in the field of longevity and beyond. The platform's model could also be applied to other scientific fields, potentially leading to a more open, collaborative, and efficient scientific ecosystem across various areas of research.

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