Jared Isaacman outlines NASA plans for a permanent Moon base by 2028

The brief

Commercial astronaut Jared Isaacman joins the show to discuss the future of space exploration, mapping out a vision where artificial intelligence, humanoid robotics, and nuclear propulsion converge to make humanity a multiplanetary species.

Establishing a permanent Moon base by 2028 serves as the critical proving ground. Before attempting long-duration Mars missions, NASA must test infrastructure, logistics, and robotic force multipliers in the harsh environment of the lunar south pole.

While the modern space race is fueled by geopolitical competition with nations like China, Isaacman argues this rivalry is a net positive. The pressure accelerates technological development and forces a cultural shift toward faster, higher-risk experimentation.

For sustainable, repeatable return trips to Mars, nuclear propulsion is a necessity. Isaacman explains that relying on traditional chemical rockets limits our reach, making advanced nuclear power the true key to unlocking deep space travel.

Addressing the search for intelligent life and UAPs, Isaacman emphasizes the need for strict scientific credibility. He advocates for deploying cheaper, high-risk probes to search for past microbial life on Mars rather than relying on unproven rumors.