All episodes
Caltech Space Challenge: The Making of Rosetta - Gerhard Schwehm
The Future of Human Spaceflight
The Past, Present, and Future of Understanding Earthquakes Using Space Observations
Exploring Mission Concepts with the JPL Innovation Foundry A-Team
The Future of Remote Sensing
Science-Driven Autonomy for Space Exploration and Parallels to Ocean Science
Autonomy in Robotics for Oceanographic Science
The Physical Dynamics of the Marine Carbon Cycle
The Ocean Carbon Cycle
Oceanography at the Antarctic Margins
Observing Antarctic Glaciers
Ocean-Ice Interactions: A Cryospheric Perspective
Ocean-Ice Interactions: An Oceanic Perspective
Magnetic Fields in Solar System Planets
Magnetic Fields in Solar System Planets
Exoplanets
Detecting Exoplanetary Magnetic Fields with Star-Planet Interactions
Magnetic Fields in Extrasolar Planets: Observational Approaches
Future Lunar Missions: Plans and Opportunities
The Final Minute: Results from the LCROSS Solar Viewing NIR Spectrometer
Lunar OH/H2O: Distribution, Variations, Origin and Mobility
Volatiles on Airless Bodies
Recent Reflectivity Results
Lunar Hydrogen Sequestration Towards Poleward Facing Slopes
Radar Observations of the Lunar Poles
New Approaches to Lunar Ice Detection and Mapping - Recent Results: Thermal
Future Missions and In Situ Resource Utilization (ISRU) Requirements
New Technology: Smallsat Missions
How to Select a Landing Site on Mars
Unraveling the Mysteries of Titan Using Lab on a Chip
Airships: A New Horizon for Science
Introduction of Airships: A New Horizon for Science
Timeliness of Science on Airships
Why Airships? Comparisons of Airships to other Science Platforms
Atmospheric Considerations and Advantages
Airships and Earth Science Opportunities
Key Science Opportunities from Airships in Planetary and Small Bodies Science
Astrophysics v. Airships
Airship Platform for Long-Wavelength Astrophysics
John F. Kennedy and the Race to the Moon
Exploring Mars, the Moon, Asteroids, and Comets with Rovers and Landers
Science and the New Space Race: Opportunities and Obstacles
Missions to Primitive Bodies: Past, Present, and Future - Torrence Johnson
Venus: Earth's Evil Twin or Just Misunderstood? - Suzanne Smrekar
CubeSat: An Unlikely Success Story - Jordi Puig-Suari
The Global Carbon Cycle - Ian Baker
A Primer into Photosynthesis and Chlorophyll Fluorescence - Joe Berry
Retrieval of Chlorophyll Fluorescence from Space - Christian Frankenberg
Principled System Architecture - Robert Rasmussen
Autonomy Practices - Brian Williams
Capturing Flight Software Architecture using Domain Specific Languages - Kim Gostelow
Control Theory and Methods - Richard Murray
Ultra-Reliability for Interstellar Missions - Henry Garrett
Panel on Small Satellite New Exploration Concepts in Astrophysics
SmallSats Mission Concepts for Planetary Exploration - Julie Castillo-Rogez
Capabilities of the SmallSat Platform - Glenn Lightsey
Science and CubeSats - James Cutler
Nine Years And Counting - Andrew Kalman
LIMSat - Shri Kulkarni
Quantum Experiments in Space - Markus Aspelmeyer
Fundamentals of Free-Space Optical Communication - Sam Dolinar
Quantum Measurements - Vittorio Giovannetti
Fundamentals of Optical Interferometry for Gravitational Wave Detection - Yanbei Chen
Solar System Tests of Relativistic Gravity in Space - Slava Turyshev
Current State of Knowledge about Origins from Remote, In Situ and Returned Sample Exploration - Julie Castillo-Rogez
Exploring Protoplanets Through the Dawn Mission - Carol Raymond
New Dynamics of Solar System Formation and Migration - Hal Levison
Surface Geology and Geologic Processes on Primitive Bodies - Jim Bell
Photons to Bits and Beyond - Eric Fossum
Science in Cyberspace - S. George Djorgovski
Moving An Asteroid - Panel Discussion
Human Exploration - Tom Jones
Planetary Defense - Bill Ailor
Low delta-V Trajectories - Marco Tantardini
Low-Thrust SEP Trajectories - Damon Landau
Capturing Non-Cooperative Objects - Brian Wilcox
Discovery of Small NEAs - Don Yeomans
Summary of Previous Study and SEP Technology - John Brophy
Resource Potential of NEAs - John Lewis
Caltech Space Challenge: Near-Earth Objects - Paul Abell
Caltech Space Challenge: Building blocks for sending humans to a NEO - John Baker
Caltech Space Challenge: Surveys for NEO Exploration - Andrew Cheng
Caltech Space Challenge: Architectures for Human Exploration of Near Earth Asteroids - Bret Drake
Caltech Space Challenge: Keeping Asteroid Missions Simple - Josh Hopkins
Caltech Space Challenge: Advanced Challenges in Hayabusa Asteroid Sample Return Mission - Takashi Kubota
Caltech Space Challenge: Trajectory Design and Optimization for human exploration of Near Earth Objects - Damon Landau
Caltech Space Challenge: ISECG and NEA Scenarios - Pascal Renten
Caltech Space Challenge: Radiation Risks and Challenges Associated with a Human Mission to an Asteroid - Ron Turner
Caltech Space Challenge: Why go to a Near Earth Object? - Don Yeomans
Overview of Science, Technology Key Points, New Horizons - Paul Scowen
Overview of Science, Technology Key Points, New Horizons - Michael Hoenk and Frank Greer
Overview of Science, Technology Key Points, New Horizons - Nai-Chang Yeh and Doug Bell
Overview of Science, Technology Key Points, New Horizons - Panel Discussion
Measurements and Models at the Surface of Mars - Ray Arvidson
Measurements and Models at the Surface of Mars - Robert C. Anderson
Measurements and Models at the Surface of Mars - Jose Andrade
Measurements and Models at the Surface of Mars - Karl Iagnemma
Looking for Nuggets in Massive Data Streams - Badri Krishnan
Looking for Nuggets in Massive Data Streams - Jeff Scargle
Looking for Nuggets in Massive Data Streams - Ashish Mahabal