This Week in Space (Audio)

There are NASA Administrators, and then there are NASA Administrators—all are very accomplished individuals, but some stand out for their unique backgrounds and on-the-job successes, and Jim Bridenstine is one of the latter. Entering service as the new NASA Administrator in 2017 with a background as a Navy pilot, Congressman, and museum director, he was an unconventional choice, and faced some headwinds in the appointment—but Jim turned out to be exceptional in the job, especially given the state of NASA when he took it on. Join us to hear his experiences with our favorite space agency and what he's doing today.



Headlines:

SpaceX Shatters Records with Largest IPO Ever

NASA Faces Backlash Over Artemis 3 Diversity

Scientists Propose Magnetosphere Shield Against Solar Storms

Main Topic: Jim Bridenstine & Quantum Space

Jim Bridenstine's Unconventional Path to NASA Leadership

Overcoming Political Challenges as NASA Administrator

Launch and Evolution of the Artemis Moon Program

Securing Bipartisan Support and Budget for Artemis

Reflections on Artemis 2 Success and Artemis 3's Challenges

The Need for a Robust Lunar Lander Solution

NASA's Global Influence and Soft Power

The Role of Private Investment in Space Exploration

Bridenstine's Leadership at Quantum Space

Quantum Space's Ranger Spacecraft and Military Space Tech

National Security and Distributed Satellite Architectures

Small Satellites and Future Space Warfare

Quantum Space's Move to Go Public via SPAC

Vision for Moon Bases and Lunar Resource Utilization

Geopolitics of the New Moon Race and First Mover Advantage

Quantum Space's Ambitions in Cislunar and Lunar Operations

Hosts: Rod Pyle and Tariq Malik

Guest: Jim Bridenstine

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Recorded live from the International Space Development Conference in McLean, Virginia, Rod Pyle and Tariq Malik are joined by Apollo legend and former Johnson Space Center director Gerry Griffin. Griffin takes us on a journey through his extraordinary career, from his appointment as a flight director in the wake of the Apollo 1 fire, through the audacious decision to send Apollo 8 around the moon, all the way to the nail-biting rescue of Apollo 13. We also venture behind the scenes of Ron Howard's Apollo 13 film, where Griffin reveals the real story behind some of Hollywood's most famous dramatic liberties. It's a rare, firsthand account of the golden age of human spaceflight — from one of the few people who was there for all of it.



Headlines:

Space Station Faces Recurring Air Leak Crisis

Main Topic: Jerry Griffin's Legacy in Space Exploration

Transition from Fighter Pilot to Mission Control

Gemini and Apollo Era Engineering Breakthroughs

The Apollo 1 Fire: Lessons and Safety Changes

Fast-Tracking from Apollo 7 to Apollo 8 Lunar Orbit

Insights From the Apollo 11 Moon Landing

Apollo 13 Crisis Management Onscreen and in Reality

The Evolution and Importance of Mission Control Teams

Reflections on NASA's Culture and Training Through Decades

Preparing Future Generations for Artemis and Beyond

(Note: Apologies for the video flickering that occurs in the podcast.)

Hosts: Rod Pyle and Tariq Malik

Guest: Gerry Griffin

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What a wild week in space news! We were all set to discuss Starship Test Flight 12 and NASA's recent press conference updating their lunar base plans, when on Thursday night, Blue Origin lost a New Glenn rocket on the pad during a static test. The explosion appears to have severely damaged the launch structure, LC36, along with the loss of the rocket. Fortunately, there were no casualties. But this does throw NASA's schedule for returning American astronauts to the moon into question, given that the agency had recently signaled their choice of Blue Origin's Blue Moon lander for Artemis 4 in 2028. It's now a toss-up between the US and China, with the competition hotter--and closer--than ever. And of course, we'll still discuss Starship and the latest lunar base plans! Space.com's Mike Wall joins us.

Headlines:

• Blue Origin's New Glenn Rocket Explodes During Static Fire Test

• Manhattanhenge Aligns City Streets with the Sunset

Main Topic: NASA's Artemis Moon Base and Lunar Exploration Plans

• SpaceX Starship Flight 12 Performance and Booster Mishap Investigation

• Starship's Role in Artemis and Competitive Moon Race with China

• Moon Base Contract Awards: Landers, Rovers, and Robotics

• National Security and Legal Implications of Lunar "Territory"

• China's Push for a 2030 Lunar Landing and US Response Strategy

Hosts: Rod Pyle and Tariq Malik

Guest: Mike Wall

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When one ponders the diet of Mars-bound astonauts, oysters don't often come to mind... but they should. As it turns out, the plucky bivalves have much to offer space voyagers, including water filtration and a ready source of protein. Jacob Scoccimerra, formerly of Nanoracks and now with Monolith Space, initiated a research project with students from the Harrisburg University of Science and Technology, to design, build, and operate a closed-circuit, automated support environment for oysters in a simulated space analog. It's a fascinating discussion that may leave you hungry.



Headlines:

SpaceX IPO Filing Reveals Company Finances

NASA Opens JPL Operations to New Bidders, Eyes Management Shakeup

Viral Cardboard Star Wars Fan Film Gets a Nod

SpaceX Announces Crypto Billionaire's Planned Mars Flyby on Starship

Main Topic: Oysters in Space – Bioregenerative Life Support and Student Research

Jacob Discusses Monolith Space and Roots in Chemical Engineering

Origins and Environmental Role of Oysters in Water Filtration

Applying Aquatic Organisms to Space-Based Life Support Systems

Harrisburg University Student Collaboration and Prototype Development

Technical and Biological Challenges of Running Aquatic Habitats in Space

Educational Outcomes and Cross-Disciplinary Engineering Experience

Potential Earth Applications and Insights for Aquaculture Industry

Broader Prospects for Bioregenerative Systems in Space (e.g., other aquatic species, food sustainability)

Hosts: Rod Pyle and Tariq Malik

Guest: Jacob Scoccimerra

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Poor Mars. After a warm, wet childhood, the planet dried out and became cold and arid. And why? Mostly because it lost most of its atmosphere, scraped away by solar radiation. NASA's Maven mission studied the phenomenon of atmospheric loss for years, but has now gone silent. Enter Mars ESCAPADE—the Escape and Plasma Acceleration and Dynamics Explorers—twin orbiters that will study the loss of Martian atmosphere more closely than ever before. The mission has been executed at a budget price. was largely built by industry upstart Rocket Lab, and launched on a New Glenn rocket. It will arrive at Mars in 2028, but we're giving you an early look at why it's an important and, frankly, very cool mission.



Headlines:

SpaceX Unveils Starship V3 Launch Plans

NASA Details Artemis 3 Earth Orbit Mission Updates

Psyche Probe Performs Mars Gravity Assist for Asteroid Mission

Main Topic: ESCAPADE Mars Mission—Twin Satellites to Study Atmospheric Loss

Introducing ESCAPADE: Twin Orbiters for Studying Mars' Upper Atmosphere

Explaining Why Mars Loses Its Atmosphere and Comparative Planetology

Stereo Measurements: Scientific Advantages of Two Orbiters Over One

How ESCAPADE's Orbits and Science Campaigns Are Structured

Rocket Lab and Commercial Partnerships Expand Mission Flexibility

Unique Launch Timing and Innovations in Trajectory Planning

Early Data from ESCAPADE's Mission and Earth's Magnetotail

Onboard Cameras to Capture Mars Auroras and Possibly Earth-Moon Portraits

Extended Mission Possibilities and Future Science Goals

The Role of Space Weather and Mars' Magnetic Field in Atmospheric Loss

Implications for Future Mars Missions, Technology, and Human Exploration

Hosts: Rod Pyle and Tariq Malik

Guest: Dr. Robert Lillis

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