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.

Evidence from lunar missions indicates that the moon may have artificial materials, challenging our understanding of its formation.

We need to establish a science base on the Moon to learn more about the universe, similar to how we have bases in Antarctica.

Space exploration is essential for preserving Earth; we need to utilize resources in space to reduce our impact on the planet.

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

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.

A Mars city must be able to survive independently if spaceships from Earth stop coming, which means it needs all critical resources.

To be a multi-planetary species, we must ensure that we can return to Mars regularly, not just leave flags and footprints like we did on the Moon.

We are developing a product that starts from CO2 and ends with an edible fruit plant, creating a fully biodegradable and biocompatible product.