

Big Ideas Lab
Mission.org
Your exploration inside Lawrence Livermore National Laboratory. Hear untold stories, meet boundary-pushing pioneers and get unparalleled access to groundbreaking science and technology. From national security challenges to computing revolutions, discover the innovations that are shaping tomorrow, today.
Episodes
Mentioned books
May 20, 2025 • 19min
AI at the Lab
Brian Spears is the Director of the AI Innovation Incubator at Lawrence Livermore National Laboratory, and Kelli Humbird leads the computational physics group there. They discuss how AI, particularly through cognitive simulation, is revolutionizing scientific research by optimizing experiments and accelerating drug discovery. The duo reveals impressive applications, from enhancing fusion ignition experiments to predicting outcomes in national security. They highlight the importance of rigorous validation and envision a future where AI models assist scientists in generating innovative hypotheses.
May 6, 2025 • 22min
Jupiter Laser Facility
Félicie Albert, Director of the Jupiter Laser Facility and a pioneer in high-energy density research, shares insights into the facility's evolution and its mission of fostering new scientific talent. Alongside her, Elizabeth 'Liz' Grace, a postdoctoral fellow specializing in high-energy density science, elaborates on groundbreaking laser applications in medicine and diagnostics. They discuss the innovative Striped Fish diagnostic tool and the exciting potential of lasers in fusion research and cancer treatment, bringing futuristic ideas to life in the lab.

Apr 8, 2025 • 1min
Spring Break - We'll Be Back Soon!
Join a fascinating journey into the groundbreaking discoveries of Lawrence Livermore National Lab. Explore untold breakthroughs and hidden histories that promise to reshape our understanding of science and technology. While taking a short break, the team hints at exciting stories yet to come. Stay tuned for more intriguing insights!
Apr 1, 2025 • 13min
Machinists
Discover the fascinating world of machinists at Lawrence Livermore National Laboratory, where skilled craftsmen transform raw materials into essential components for fusion research and space exploration. Hear about the unique journey of a chef turned machinist and the rigorous four-year apprenticeship that blends theory with hands-on experience. The podcast contrasts traditional machining methods with modern tech, highlights the challenges of working with exotic materials, and explores the balance of human intuition and CNC automation. Embrace the mission-driven purpose and lifelong learning opportunities in this vital field!
Mar 25, 2025 • 18min
Space Security
Ben Bahney, Program Leader for Space at Lawrence Livermore National Laboratory, and Willem DeVries, Associate Program Leader in the Space Science and Security Program, delve into the critical realm of space security. They explore the increasing threats to satellites from cyberattacks and physical assaults, discuss advanced tracking technologies, and reveal how LLNL is enhancing space payloads. With insights into the geopolitical landscape, including concerns over China and Russia, they highlight the vital role of AI and cutting-edge defense strategies in safeguarding our space assets.
Mar 18, 2025 • 18min
Tech Transfer
Matthew Garrett, the Director of the Innovation and Partnerships Office at Lawrence Livermore, and James DeMuth, co-founder and CEO of Seurat Technologies, delve into the fascinating journey of lab technologies to the industrial sphere. They discuss the transformation of high-peak-power laser peening and the impact of 3D metal printing. Garrett highlights the importance of teaching scientists entrepreneurial skills while DeMuth shares insights into revolutionizing metal printing. Together, they explore exciting future advancements in fusion, AI, and biotech.
Mar 11, 2025 • 18min
Inertial Fusion Energy
Tammy Ma, a leading fusion expert at Lawrence Livermore National Laboratory, dives into the electrifying world of inertial fusion energy. She explains how fusion offers a cleaner, safer alternative to traditional nuclear power and the critical conditions needed to replicate star energy on Earth. Highlighting the groundbreaking ignition milestone at the National Ignition Facility, Tammy discusses the challenges and exhilarating potential of commercial fusion plants, emphasizing the role of public-private partnerships in making fusion power a reality.
Mar 4, 2025 • 12min
Community Giving
Trey Johnston, Director at Lawrence Livermore, and Kellie Glaser, HOME Campaign Program Manager, delve into the Lab's commitment to community and philanthropy. They discuss the evolution of the Community Gift Program, emphasizing its STEM/STEAM initiatives and volunteer involvement. Kellie reveals how the HOME Campaign has raised $82 million for nonprofits, highlighting employee choice in supporting various causes. Together, they reflect on how giving promotes workplace connection and the plans for sustaining these impactful programs into the future.
Feb 25, 2025 • 29min
Drug Discovery
In this engaging discussion, Jim Brase, Felice Lightstone, and Jonathan Allen from Lawrence Livermore National Laboratory share insights on reshaping drug discovery with advanced computing. They explore how high-performance computing and AI are revolutionizing the identification and testing of new treatments, targeting diseases more precisely than ever. Topics include the innovative use of physics-based simulations, the challenges in drug development, and promising advancements like effective drugs for the 'undruggable' RAS protein. Their optimism shines as they announce new molecular designs entering trials.
Feb 18, 2025 • 20min
Optics Recycle Loop
Join Tayyab Suratwala, Laura Mascio Kegelmeyer, and Wren Carr from Lawrence Livermore National Laboratory as they dive into the innovative Optics Recycle Loop. They discuss how 192 powerful lasers at the National Ignition Facility cause damage to delicate optics and the high-tech processes used to repair and reintegrate them. Discover insights on laser damage monitoring, modular systems for easy repair, and the fascinating physics of damage propagation. It’s like a precision pit stop for cutting-edge science!


