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_big-idea-2001.webp "Broken Saw")
_moon-gravity-lab-in-the-sky-fly-with-lunar-scientists-in-this-exclusive-mini-doc.webp "European scientists are turning an aircraft into a laboratory that simulates lunar gravity to prepare astronauts and technology for future moon landings as part of the NASA-led Artemis missions. <br/><br/>The moon is a strange little world. Only about 1.2% the mass of Earth, our planet's companion exerts a much weaker gravitational force on objects on its surface than the parent planet. As a result, an astronaut on the moon's surface feels as if he or she only weighs one sixth of their earthly weight. The same goes for all equipment the astronauts would use. It may sound like no big deal but this feeble gravitational pull creates all sorts of unforeseen problems that are difficult to prepare for in research labs on Earth. There is, however, one way to experience lunar gravity while still in the confines of Earth and explore these challenges before going to the moon: in a parabolic flight.<br/><br/>Credit: Space.com | footage courtesy: European Space Agency/Novespace/NASA<br/>A Future Studios Production")
_big-idea-productions-2001.webp "Lukegoldstonofficial")
_best-internet-videos-2012-92.webp "101,245 Views - Youtube Video 2012 - Best Internet Videos 2012 -")
_hit-entertainment-big-idea-2001.webp "Broken Saw")
_big-idea-productions-2001.webp "Lukegoldstonofficial")
_otd-in-space-may-21-japan-launches-1st-solar-sail-on-39ikaros39-spacecraft.webp "On May 21, 2010, Japan launched the first solar sail into space. <br/><br/>Solar sail technology uses light for spacecraft propulsion, but not in the same way that traditional solar panels do. While solar panels use light to generate electricity, spacecraft with solar sails rely only on the light itself to cruise through outer space. Particles of light called photons actually push the spacecraft forward. A single photon can’t accomplish this on its own, but with enough photons striking a spacecraft, propulsion is possible—you just need a big surface to catch all that light. Scientists have been toying with this idea since the 1800s, but Japan finally proved that it was possible when the country launched the Ikaros mission. The mission’s name stands for Interplanetary Kite-craft Accelerated by Radiation of the Sun. This experimental spacecraft had a 2,100-square foot sail that looked like a giantspace kite. Japan’s space agency was also able to steer the spacecraft by controlling the orientation of liquid crystals in LCD panels that were built into the solar sail. Ikaros sailed all the way to Venus in just six months before continuing on its orbit around the sun.")
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