NASA’s Transiting Exoplanet Survey Satellite (TESS), launching April 16th, “could mark our first step toward discovering another planet outside of our solar system that harbors life,” writes Miriam Kramer for Mashable. "Planet finding never gets old," said Prof. Sara Seager. "I hope the public will joyfully share in discoveries."
Set to launch on April 16th, NASA’s Transiting Exoplanet Survey Satellite (TESS), will be used to identify “planets that are close enough to Earth for astronomers to explore them in detail,” writes Alexandra Witze for Nature. “It’s not so much the numbers of planets that we care about, but the fact that they are orbiting nearby stars,” says Prof. Sara Seager, deputy science director for TESS.
NASA’s Transiting Exoplanet Survey Satellite (TESS), which is “the brainchild of researchers at the Massachusetts Institute of Technology,” hopes to “identify at least 50 rocky exoplanets—Earth-size or bigger,” that will eventually be scrutinized by a larger telescope that is launching in 2022, writes Daniel Clery for Science. “This is the finder scope,” explains research scientist and TESS principal investigator George Ricker.
Launching next month, the TESS satellite “is NASA's next mission in the search for exoplanets,”writes Ashley Strickland for CNN. “We expect TESS will discover a number of planets whose atmospheric compositions, which hold potential clues to the presence of life, could be precisely measured by future observers,” said George Ricker of the MIT Kavli Institute, who is a principal investigator on the mission.
Dennis Overbye of The New York Times speaks with Prof. Sara Seager and senior research scientist George Ricker about the future of the Transiting Exoplanet Survey Satellite, or TESS. The mission, led and operated by MIT, is preparing to orbit Earth for two years in search of other planets.
This April, NASA will launch the Transiting Exoplanet Survey Satellite, or TESS, which will measure the masses of at least 50 “potentially Earth-like worlds,” writes Irene Klotz for Scientific American. “We’re finding the particular star that actually potentially hosts an exoplanet around it,” said senior research scientist George Ricker, the lead scientist on TESS.
Daniel Michaels and Andy Pasztor of The Wall Street Journal highlight Prof. Dava Newman’s BioSuit in an article about upgrades and improvements in space suits. Regarding the skintight, flexible suit, Michaels and Pasztor write that Newman’s suit differs in that, “pressure comes not from gas but from tiny electrically activated coils embedded in fabric.”
In this PBS NewsHour article and video, Nsikan Akpan spotlights Prof. Paulo Lozano’s work developing tiny satellites equipped with ion thrusters that could eventually help researchers explore asteroids or Mars. Prof. Kristina Lemmer of Western Michigan University notes that Lozano’s system, “is probably the frontrunner for the possibility for deep space missions.”
In an article for The Washington Post, Prof. Marcia Bartusiak writes about Scott Kelly’s new memoir of his record-setting year on the International Space Station. Bartusiak writes that the book, “offers Earthlings an informative and gripping look at both the adventures and day-by-day experiences of living in a metal container that is orbiting Earth at 17,500 mph.”
WHDH speaks with MIT staff member Maia Weinstock, who designed the original concept for the Women of NASA LEGO set. Weinstock explained that she is “really excited to see teachers and parents and kids tell me their stories of how they are going to use the set.”
Prof. Warren Hoburg speaks with Jeffrey Mervis of Science about his decision to leave MIT to join NASA’s 2017 class of astronauts. He explains that he is working on ensuring his students can continue their research. “I think we have a bunch of ideas that are really powerful, and I want to set up my students to continue that research.”
Forbes reporter Jim Clash writes that MIT alumnus and retired astronaut Franklin Chang Diaz is developing a plasma engine that could theoretically, “cut time for manned missions to Mars to as little as 39 days versus the eight months it would take using today’s chemical rockets.”
Writing for Science, Jeffrey Mervis features NASA’s 2017 astronaut candidates, which included three MIT affiliates. Mervis highlights how at MIT, Prof. Warren Hoburg, one of this year’s candidates, was focused on developing an, “unmanned, solar-powered airplane that could fly nonstop around the world.”
Alumna Jasmin Moghbeli speaks with NPR’s Emma Bowman about being selected for NASA astronaut training. Moghbeli, one of three trainees with MIT ties, explains that she hopes to inspire girls of color. “If they can see someone similar to them that they can relate to more, then it makes it all that much more possible…to imagine doing this.”
Los Angeles Times reporter Karen Kaplan writes that NASA’s newest class of astronaut trainees includes Prof. Warren Hoburg and MIT alumni Raja Chari and Jasmin Moghbeli. “These would-be astronauts were chosen from among more than 18,300 applicants,” notes Kaplan. “That means their odds of being selected were less than 1 in 1,500.”