Quantum computing for next-generation mRNA design

Quantum computing holds the potential to transform how we design and develop medicines. From optimizing mRNA vaccines to modeling complex chemical reactions that underlie drug discovery, quantum algorithms are beginning to tackle problems that are intractable with classical computation. This talk will explore how hybrid quantum-classical methods are opening new possibilities for biomedical innovation, pointing toward a future where quantum technologies help accelerate the path from molecular design to life-saving therapies.