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 can bring life from Earth to Mars, creating a second planet with life, which is essential for the survival of species.

Despite the high costs associated with space, Astranis managed to build their spacecraft in a small apartment using basic infrastructure, showcasing that significant resources aren't always necessary.

Astranis has in-house testing capabilities, including thermal vacuum chambers, allowing them to simulate space conditions and test their satellites before launch, which enhances their operational efficiency.

I organized and launched a $10 million prize for the first person who could build a spaceship carrying three adults up 100 kilometers and return safely, which launched the commercial space industry.

When the launch was successful, it was a great relief rather than elation, especially after proving the systems with subsequent astronaut missions.

To sustain life on the moon, we're working on using lunar resources to manufacture commodities, including solar cells and extracting oxygen from lunar regolith.

We're developing solar-powered cryo coolers to make hydrogen a storable propellant for deep space missions, which is a game changer for lunar and outer planet exploration.

The natural world is deteriorating, and while we have made advancements as a society, we must go to space to ensure we can continue to thrive without harming our planet.