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Three decades after the Challenger disaster, Christa McAuliffe’s lessons will finally be taught


Space Shuttle Challenger crew members (Back, L-R) Mission Specialist Ellison S. Onizuka, Teacher-in-Space participant Sharon Christa McAuliffe, Payload Specialist Greg Jarvis and mission specialist Judy Resnick. (Front, L-R) Pilot Mike Smith, commander Dick Scobee and mission specialist Ron McNair. (CNN)
(CNN) — Christa McAuliffe never got to realize her dream of teaching from space.
The 37-year-old social studies teacher from Boston was selected above nearly 11,000 educators as the primary candidate for the first Teacher in Space Mission. Her application stated, “I watched the space program being born, and I would like to participate.” She was going to film lessons in space that could reach classrooms across the country.
McAuliffe’s hopeful quest to become the first American civilian in space captured the nation, and they all tuned in to watch her reach the stars. The day of the launch, she said, “imagine a history teacher making history.”
Her family was in the stands at Kennedy Space Center in Florida, three miles from the launch pad. Her students watched from an auditorium at Concord High School in Concord, New Hampshire. She beamed and waved at the cameras before boarding the shuttle. None of them knew that their last glimpse of her would become a final goodbye.
The Space Shuttle Challenger exploded 73 seconds after launching on January 28, 1986, taking McAuliffe’s life and that of the six astronauts aboard: Commander Francis R. “Dick” Scobee, Pilot Michael J. Smith, Mission Specialists Judith A. Resnik, Ellison S. Onizuka and Ronald E. McNair and Payload Specialist Gregory B. Jarvis.
McAuliffe’s lessons have remained untaught and forgotten, until now. Astronauts will film some of her original lessons on the International Space Station, continuing McAuliffe’s legacy 32 years after they were initially planned.
It’s fitting that the two astronauts, Joe Acaba and Ricky Arnold, are both former educators. Acaba is currently on the space station, and Arnold will launch in March.
Arnold tweeted that he, Acaba and former educator astronauts Barbara Morgan and Dorothy Metcalf-Lindenburger were honored to help celebrate the legacy of Challenger, and the Teacher in Space Mission. Morgan was McAuliffe’s back-up for the Challenger mission. She went on to become the first educator astronaut in 2007.
It’s part of NASA’s Year of Education on Station and the original lessons, as well as new ones modified for the space station’s unique environment features, will be “STEMonstrations.”
The lessons will touch on liquids in zero gravity, Newton’s law, effervescence (bubbles or fizz in liquid) and chromatography, or the separation of a mixture.
“Filming Christa McAuliffe’s lessons in orbit this year is an incredible way to honor and remember her and the Challenger crew,” said Mike Kincaid, associate administrator for NASA’s Office of Education. “Developed with such care and expertise by Christa, the value these lessons will have as new tools available for educators to engage and inspire students in science, technology, education and math is what will continue to advance a true legacy of Challenger’s mission.”
Once the lessons are filmed, the videos and lesson plans will be available through the Challenger Center’s website. The Challenger Center, which has 40 learning centers that include simulated environments, was created to honor the Challenger crew and works with students in the US, Canada and the UK to encourage STEM activities.
“It’s been 32 years since we lost our beloved Challenger crew. They were modest individuals with a strong passion to explore and inspire,” said June Scobee Rodgers, founding chair of the Challenger Center and widow of Challenger commander Dick Scobee. “It brings me great joy to know that their passion to inspire and excite children continues with the students at Challenger Learning Centers around the world.”
McAuliffe is known for her saying, “I touch the future. I teach.” Thirty-two years later, her lessons can do just that.
McAuliffe was chosen from 11,000 educators to be the first teacher in space, where she would film lessons to be taught in classrooms across the country. But her aircraft exploded 73 seconds after it shot up into the air on January 28, 1986, killing all seven astronauts on board.
At the time, McAuliffe family was watching from the stands at Florida’s Kennedy Space Center, three miles from the launch pad. Her students looked on from an auditorium at Concord High School in Concord, New Hampshire.
Her lessons have been untouched until now, and the astronauts are planning to honor her legacy by accomplishing what she never was able to. The lessons, which will include McAuliffe original plans plus new ones modified for the space station, will be available through the Challenger Center’s website. The teachings will encompass liquids in zero gravity, Newton’s law, effervescence, and chromatography, CNN reported. 
Grace George Corrigan, mother of the late Challenger space shuttle astronaut and teacher Christa Corrigan McAuliffe, looks at a display in the Massachusetts Statehouse in Boston commemorating her daughter's life.JIM BOURG/REUTERS
"Filming Christa McAuliffe's lessons in orbit this year is an incredible way to honor and remember her and the Challenger crew," Mike Kincaid, associate administrator for NASA's Office of Education told CNN. "Developed with such care and expertise by Christa, the value these lessons will have as new tools available for educators to engage and inspire students in science, technology, education and math is what will continue to advance a true legacy of Challenger's mission."
Following the disaster, a presidential commission investigation of the accident found that a flame had burned through the shuttle’s external tank and ruptured a liquid-hydrogen tank milliseconds before the right booster smashed into the liquid-oxygen tank. As a result, the two liquids mixed and exploded, consuming the Challenger. The issue was rooted in a faulty tiny rubber part called an O-ring that was supposed to seal the sections of the solid rocket boosters.

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