Our new lab will feature capsules designed for environmental control, allowing us to program conditions for growing innovative materials like transparent wood and even shoes.

We're exploring directed evolution of bacteria to produce various products, including biomaterials and therapeutics, using computational methods in a lab setting.

Our work with silkworms and bees has shown that we can create environments that allow these organisms to thrive, even in urban settings, enhancing their survival and productivity.

We successfully sent bees to space as part of a life support system, proving that we can create environments that allow them to thrive even in extreme conditions.

People will look back and realize that the current state of biology was in the dark ages, and we need more extreme experimentation to advance.

It's time to reconsider the notion of organisms designed solely for human-centric applications, as we have much to learn from bacteria and their roles on this planet.

We are exploring how to design all technological products as if they are part of the biosphere, envisioning a world where everything can be grown rather than built.

In the next few years, we aim to build a comprehensive database of virtual cells to enhance drug target design and therapeutic success rates.

The environment in which we learn and grow significantly impacts our ability to absorb and retain information, making immersive experiences more effective.