Jim talks with Lee Cronin about Chemify, his startup that aims to automate chemistry through "chemifarms" that turn code into molecules. They discuss Chemify as an AWS for chemistry, the development of a chemical programming language & its evolution to Turing completeness, quantum vs classical chemistry computation, open source tools & academic access, robotics & automation in chemistry, catalyst discovery & optimization, integration with tools like AlphaFold, business models, venture capital funding, supply chain implications, distributed manufacturing, personalized medicine possibilities, and much more.
Episode Transcript
Currents 100: Sara Walker and Lee Cronin on Time as an Object
Chemify
Lee Cronin is a chemist. He is the Regius Professor of Chemistry at the University of Glasgow and the Founder & CEO of Chemify. He is known for his approach to the digitization of chemistry and developing digital-to-chemical transformation known as Chemputing which can turn code into reactions and molecules. He has also developed a new theory for evolution and selection called assembly theory which aims to quantify and explain how selection can occur in chemistry before biology. Lee is also exploring how chemical systems can compute, and what is needed for the evolution of intelligence, as well as designing a new type of computational system that uses information encoded in chemical reactions and molecules.
Episode Transcript
Currents 100: Sara Walker and Lee Cronin on Time as an Object
Chemify
Lee Cronin is a chemist. He is the Regius Professor of Chemistry at the University of Glasgow and the Founder & CEO of Chemify. He is known for his approach to the digitization of chemistry and developing digital-to-chemical transformation known as Chemputing which can turn code into reactions and molecules. He has also developed a new theory for evolution and selection called assembly theory which aims to quantify and explain how selection can occur in chemistry before biology. Lee is also exploring how chemical systems can compute, and what is needed for the evolution of intelligence, as well as designing a new type of computational system that uses information encoded in chemical reactions and molecules.
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