NASA eClips: Launchpad
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NASA eClips: Launchpad
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NASA eClips: Launchpad
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Engineering design and technology development support scientific discovery. Learn about the roles engineers and scientists play when working together on NASA missions like the James Webb Space Telescope and how science and engineering take turn
Each of us is made from star stuff. But how are stars formed? Take a closer look at the life cycles of stars and learn where stars come from, how they've changed, and what happens to stars when their lives come to an end. Find out about your
What are maps and how are they used? Learn how NASA uses robotic spacecraft to make geologic maps of the topography and composition of places like Saturn, Titan, or Vesta, and how the US Geological Survey helps with this new field of astrogeolo
Learn how NASA's Soil Moisture Active Passive Mission, or SMAP, will use new technologies to help answer questions raised in the National Research Councils' Decadal Survey. See what kind of modeling and forecasting applications the data from th
Learn how the second generation of the Ice, Cloud, and Land Elevation Satellite, better known as ICESat-2, is being used to map the ice structures in the world's polar regions. Manipulating the distribution of photons by lasers to create accura
NASA's third generation science instrument, SAGE III, sheds light on how aerosols, water vapor and other gases interact with and affect our atmosphere. See how a unique hexapod helps the instrument stay oriented on the International Space Stat
Join astronauts on-board the International Space Station to learn more about Newton's laws. Learn about the inverse relationship between mass and acceleration when calculating force and see what the equation f=ma has to do with rockets.
Join NASA astronauts at Kitt Peak National Observatory in their search for exoplanets. Find out how the two-meter telescope is calibrated to locate giant planets orbiting stars in far off solar systems. Learn about the infrared signature of a t
Find out why Curiosity is the best name for the largest rover ever sent to another planet. Learn about the challenges of landing on a planet with an atmosphere and the geology and chemistry questions scientists hope to answer with instruments
Put on your 3-D glasses and get a new perspective on NASA's Desert RATS, or Research and Technology Studies. See how NASA uses locations like Arizona to simulate living in space for an extended time to test both technology performance and human
The Earth can be considered a system of interrelated parts. Learn about Earth Systems Science and the spheres that make up the Earth System. Find out why NASA studies the Earth system.
Discover how scientists use spectroscopy to determine what elements are present in remote objects in space. By studying emission or absorption lines, astronomers can use the light an object emits to learn more about the object.
Join the Teaching From Space Team on-orbit to learn about surface tension. Learn why water drops form perfect spheres and how the mutual attraction of water molecules forms a tight skin on water surfaces.
See how 21 hours, 38 minutes and 21 seconds changed history. Learn more about the challenges of landing on the moon, the science involved in the first moon walk and the artifacts left behind for future explorers.
Are we alone in the universe? Where do we come from? Join NASA in the search for answers to these and many more questions about life in our solar system. Learn how astrobiologists use what we know about Earth to investigate Titan, Europa and ot
See how scientists are using spectroscopy to identify methane plumes on Mars. Learn about the biological and geological processes that form methane on Earth and the implications for astrobiologists who are looking for life beyond Earth. Since
NASA uses Radioisotope Power Systems, or RPS, to convert heat from radioactive decay to electricity, creating predictable, continuous power for long missions in extreme environments. But learn how a next generation Radioisotope Stirling Engine
With safety designed from inside out and outside in, see how NASA has used Radioisotope Power Systems, or RPS, for more than 20 missions over the last 50 years. Discover the advantages of an RPS that allow spacecraft like Voyager to still do i
Have you ever seen noctilucent or night-shining clouds in the summer sky? Explore the layers of our atmosphere. Find out why NASA is interested in how these glowing clouds are formed and what they tell us about Earth.
Learn how Hypersonic Inflatable Aerodynamic Decelerators, or HIAD, use the diameter of an inflatable vehicle to increase drag and land larger payloads on new destinations. See how NASA engineers use design and complex testing to get the inflata
Find out how a team at NASA is using Hypersonic Inflatable Aerodynamic Decelerators, or HIAD, to solve the aerodynamic heating challenges of entering an atmosphere. Learn about HIAD's unique thermal protection system that uses off-the-shelf tec
Find out from the Hypersonic Inflatable Aerodynamic Decelerator (HIAD) Team how NASA plans to use inflatable heat shield technology to explore new worlds. Learn about the benefits of inflatable heat shields compared to current rigid heat shiel
See how a diverse research team at NASA Langley is using what they know about aerodynamics to tackle the problems of entry, descent, and landing on any world with an atmosphere. Learn how NASA's Hypersonic Inflatable Aerodynamic Decelerator (H
Join NASA on the Kepler Mission as this traveling telescope images the light from faraway stars to locate Earth-sized and smaller planets. Using the transit method, the Kepler telescope measures the brightness of a star and uses the data to pre
Discover the everyday applications of cryogenics from magnetic scans to high-tech space telescopes like the new James Webb. Learn about absolute zero and the Kelvin temperature scale.
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