What Is NASA's Role in the New Space Economy?

TL;DR

NASA should enable private companies to handle commercially sustainable space activities while concentrating on science, technology, and exploration that businesses will not pursue. Laurie Leshin argues that this transition is already visible in low Earth orbit and is beginning around the Moon, allowing NASA to keep reaching toward Mars, the outer solar system, and other frontiers.

Transcript

so Lori thanks so much for joining um this is a personal thrill for me oh my goodness because because I'm I've been a space nerd and an N nerd my whole life I went to space camp in Huntsville Alabama as a 13-year-old so cool and wore my flight suit to school when I got back wow everybody that go over I mean they all made fun of me but I just think ... Read More

Key Insights

• Laurie Leshin's fascination with planetary science began when she saw the Viking landers' first images from the surface of Mars as a 10-year-old in Phoenix, Arizona. The desert-like landscape felt familiar and sparked a lasting desire to understand and metaphorically touch Martian rocks.
• JPL is a federally funded research and development center whose land and buildings belong to NASA while its employees work for Caltech. This structure makes JPL part of the NASA family but gives it a distinctive capacity for innovation, technology development, and global partnership.
• JPL predates NASA and began working on rocket propulsion in the 1930s. It helped build and launch America's first satellite in 1958, before NASA was formed, through cooperation between rocket teams in Alabama and at JPL, with women computers calculating trajectories.
• NASA's public mission includes enabling commercially sustainable space activity while pursuing exploration that lacks an immediate financial return. This role allows private companies to expand established markets as NASA directs attention toward scientific and technological questions that businesses are unlikely to fund independently.
• The private space sector is expanding access to careers and flight opportunities beyond NASA's highly competitive astronaut selection process. Companies such as SpaceX and Blue Origin are contributing to an economy that extends through near-Earth and cislunar space, creating roles for pilots, engineers, designers, and builders.
• Low Earth orbit transportation has largely shifted toward private providers, although NASA continues to support and fund that transition. Leshin presents this arrangement as an example of NASA enabling a capability and economy without remaining the organization directly responsible for every routine operation.
• The Moon is the next region where NASA is combining government activity with commercial participation. NASA is helping private companies develop transportation and surface capabilities, with the expectation that cislunar space and the lunar surface can undergo a handoff similar to low Earth orbit.
• Deep-space science remains a central responsibility for NASA because private companies may not find outer-solar-system exploration economically feasible for many generations, if ever. Leshin argues that debates over the Moon and Mars must not displace scientific discoveries and technologies that no American commercial organization would otherwise pursue.

Questions & Answers

Q: What should NASA's role be in the private space economy?

NASA should help establish new space capabilities, support private companies as sustainable markets develop, and then focus more heavily on frontiers without clear commercial returns. Leshin identifies low Earth orbit as an area where private providers now handle much of the transportation of astronauts and materials. NASA can preserve public investment for science, technology, Mars, and distant exploration that companies are unlikely to pursue alone.

Q: How is JPL connected to NASA and Caltech?

JPL occupies a distinctive position within NASA. Its land and buildings are owned by NASA, but its personnel are employees of Caltech. It operates much like a NASA center, and its staff identify strongly with the NASA family, yet it is formally a federally funded research and development center. Leshin says this arrangement supports flexibility in innovation, technology, and partnerships with organizations around the world.

Q: Why did Laurie Leshin become interested in Mars?

Laurie Leshin's earliest major space memory was seeing pictures from the Viking landers on the surface of Mars. She was a 10-year-old growing up in the deserts of Arizona, and the Martian landscape looked familiar enough to feel like home. The images created a sense of wonder about new worlds and rocks, providing a spark that continued to animate her scientific career.

Q: How has JPL contributed to early American spaceflight?

JPL began working on rocket propulsion in the 1930s, before NASA existed. The laboratory helped build and launch America's first satellite in 1958 as the national response to Sputnik. That achievement involved cooperation between rocket specialists in Alabama and at JPL. Women computers also played an important role by calculating the trajectories required for the rockets, showing that early spaceflight depended on varied technical contributors.

Q: Why are private space companies important to NASA?

Private companies can take responsibility for activities that are becoming commercially sustainable, reducing the need for NASA to operate every transportation or delivery service itself. SpaceX and Blue Origin are cited as partners contributing to a growing space industry. Their work expands opportunities for pilots, engineers, designers, builders, and private citizens while allowing NASA to concentrate on science and destinations where no profitable market yet exists.

Q: Why is NASA returning to the Moon after Apollo?

The Moon now serves as a frontier where NASA can develop capabilities while helping commercial providers establish a larger role. Leshin describes cislunar space and the lunar surface as areas that could eventually experience the kind of transition already occurring in low Earth orbit. NASA still supplies government support and funding, but private companies can increasingly fill in behind it with transportation and surface capabilities.

Q: Should NASA prioritize the Moon or Mars?

Leshin suggests that the central issue is broader than choosing a single destination. The Moon can help NASA and private companies develop cislunar transportation and surface capabilities, while Mars remains an important longer-term objective for human and scientific exploration. She warns that policy debates framed only as Moon versus Mars could cause scientific exploration and technology development elsewhere in the solar system to receive insufficient attention.

Q: Why must NASA continue exploring the outer solar system?

Outer-solar-system exploration offers scientific discoveries but may not produce a sustainable commercial model for many generations, or possibly ever. Private companies therefore have little reason to make it their primary focus. Leshin argues that NASA must remain on the scientific and technological frontier in places no American company will explore independently, particularly because other countries could pursue those discoveries if the United States does not.

Summary & Key Takeaways

• Laurie Leshin traces her interest in space to the Viking landers' first surface images of Mars, which she saw as a child in Arizona. Those pictures inspired wonder about other worlds and rocks, eventually shaping a career focused less on becoming an astronaut and more on scientific exploration and planetary discovery.

• JPL operates through a distinctive partnership: NASA owns its land and buildings, while its employees work for Caltech. The laboratory predates NASA, contributed to America's first satellite, and now functions as part of the NASA family while retaining flexibility to pursue innovation, technology, and international partnerships somewhat differently from government-run centers.

• NASA's emerging role is to establish capabilities, help commercial markets become sustainable, and then advance toward scientific or technological frontiers that lack a profitable business model. Private companies increasingly transport people and materials to low Earth orbit, while NASA supports lunar development and preserves attention for Mars and deeper solar-system exploration.