Archive for space shuttle Challenger

NASA’s mission is not safety: Column

To honor the lives lost in past missions, we must keep exploring.

It has been a century since the Panama Canal was completed. It was the greatest transportation project of its time, made possible only by new technologies such as dynamite. After Americans took over its construction, more than 5,000 died building the canal. That’s more fatalities than we had in the Iraq War.

Why was the project deemed worthy of expending so many lives? It is not because we didn’t value them. Casualties under American leadership of the project were a fraction of the deaths in previous efforts. It is because monumental achievements are at the edge of our human abilities and our best technologies. Nevertheless, such efforts are worth the cost.

In Panama, the sacrifice paid off, as travel distance (and time) for freight between the East and West Coasts fell from 14,000 to 6,000 miles. It also slashed the cost of shipping to Europe and Asia, resulting in rising economic growth and helping usher in a new age of globalization.

It’s just one example of the benefits of opening up new frontiers and trade routes; thousands died exploring and settling the New World half a millennium ago. Even at the time of the Panama Canal’s completion, crossing the Atlantic from Europe to America wasn’t yet “safe.” Fifteen hundred people died on the Titanic just the year before the Pacific and Atlantic oceans mingled in Panama in 1913.

At times, we seem to have forgotten. In the 21st century, do we still see exploring and opening up new territory as worth the expenditure of, or even the risk to, human life?

This week sees a somber anniversary for NASA and the nation. Three, actually. Sunday was the 46th anniversary of the loss of three astronauts on the launch pad in the Apollo 1 fire, and Monday was the 27th anniversary of the loss of the space shuttle Challenger with its crew of seven. Today marks 10 years since the Columbia was torn apart in the skies over northern Texas, scattering debris and the charred remains of seven astronauts over the plains of the Lone Star state.

Our shocked nation mourned the loss. As with the Challenger event 17 years earlier, the shuttle program was shut down, for two-and-a-half years, because it wasn’t “safe” enough. The program was ended in large part for that reason, with the last flight a year-and-a-half ago.

In the wake of the Columbia disaster, NASA started Ares 1, a new launcher program whose primary requirement was safety, spending billions until it was canceled in 2009. NASA was spending so much, in fact, that even though it was supposed to be a rocket to return to the moon, there was no money left for the landers and other hardware to actually land there, the part of the mission that happened to be the most dangerous. Not long ago, NASA considered abandoning the $100 billion International Space Station because its leaders were unwilling to risk a life.

“Safety” has, in fact, become NASA’s new watch word, encouraged by Congress. During testimony after the penultimate shuttle flight in 2011, Rep. Chaka Fattah, D-Pa., the ranking member on a House committee that funds NASA, congratulated the agency’s administrator for making safety his “No. 1 priority.”

But should safety be NASA’s highest priority? If it is, then that means other things, such as actually accomplishing things in space, are a lower one. The surest way to make sure our astronauts don’t die in space is to keep them on the ground. And indeed, that is more and more what we do, choosing robotic exploration over opening the frontier to humanity.

The obsession with safety is sincere, if unspoken, testimony to just how unimportant we consider the opening of that final and harshest of frontiers. The last time space was important was when we were racing the Soviets to the moon more than four decades ago. Now, we no longer consider it worth the risk. Had we taken such an attitude in Panama, no one would have turned the first shovel of dirt.

As NASA has dithered, private investors who understand the true scope of opportunity in space as well as the dangers are stepping up by investing in new ships, technologies and commercial ventures.

This sad week, perhaps the best way to honor the men and women who gave their lives would be to recognize that they did so willingly, and set forth a bold national frontier-opening policy, including recognizing that it has never happened without human bloodshed. As John Shedd wrote last century, “A ship in a harbor is safe, but that’s not what ships are for.”

Rand Simberg, a consultant in commercial space business and technology, is an adjunct scholar at the Competitive Enterprise Institute.

In addition to its own editorials, USA TODAY publishes diverse opinions from outside writers, including ourBoard of Contributors.

Article source: http://www.usatoday.com/story/opinion/2013/01/31/safety-not-nasas-mission/1881667/

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NASA launches communication satellite

By MARCIA DUNN, Associated Press

CAPE CANAVERAL, Fla. (AP) — NASA launched a new communication satellite Wednesday to stay in touch with its space station astronauts and relay more Hubble telescope images.

An unmanned Atlas V rocket blasted into the starry night sky carrying the Tracking and Data Relay Satellite.

This is the 11th TDRS satellite to be launched by NASA. The space agency uses the orbiting network to communicate with astronauts living on the International Space Station.

The first TDRS spacecraft flew in 1983; it recently was retired along with No. 4. The second was lost aboard space shuttle Challenger in 1986; Monday marked the 27th anniversary of the launch disaster.

This newest third-generation TDRS carries the letter K designation. Once it begins working, it will become TDRS-11. It will take two weeks for the satellite to reach its intended 22,300-mile-high orbit. Testing will last a few months.

NASA estimates the satellite costs between $350 million and $400 million.

Another TDRS spacecraft, L in the series, will be launched next year.

NASA wants at least seven TDRS satellites working in orbit at any one time. The one launched Wednesday will make eight.

___

Online:

NASA: http://www.nasa.gov/mission_pages/tdrs/index.html

Copyright 2013 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

Article source: http://www.usnews.com/science/news/articles/2013/01/30/nasa-launches-communication-satellite

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NASA launches new tracking and communication satellite

NASA launched a new communication satellite Wednesday to stay in touch with its space station astronauts and relay more Hubble telescope images.

An unmanned Atlas V rocket blasted into the starry night sky carrying the Tracking and Data Relay Satellite.

This is the 11th TDRS satellite to be launched by NASA. The space agency uses the orbiting network to communicate with astronauts living on the International Space Station.

The first TDRS spacecraft flew in 1983; it recently was retired along with No. 4. The second was lost aboard space shuttle Challenger in 1986; Monday marked the 27th anniversary of the launch disaster.

This newest third-generation TDRS carries the letter K designation. Once it begins working, it will become TDRS-11. It will take two weeks for the satellite to reach its intended 22,300-mile-high orbit. Testing will last a few months.

NASA estimates the satellite costs between $350 million and $400 million.

Another TDRS spacecraft, L in the series, will be launched next year.

NASA wants at least seven TDRS satellites working in orbit at any one time. The one launched Wednesday will make eight.

Article source: http://www.foxnews.com/science/2013/01/30/nasa-launches-new-tracking-and-communication-satellite/

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Remembering The Brightest Lessons From NASA’s Darkest Days

Space Shuttle Challenger

The days between January 27 and February 1 are the most difficult week of the year for NASA. The annual space program shiva, honoring the three disasters that claimed 17 astronauts’ lives, is always fraught with emotion and regret. But it’s also a time to think about what those astronauts were doing and why, and that means it’s also a time to be proud, and to remember what we have learned since their loss.

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Science, Rebecca Boyle, apollo 1, challenger disaster, challenger space shuttle, Disasters, nasa, space shuttle, space shuttle columbiaToday is the 27th anniversary of the loss of the space shuttle Challenger, which broke apart because of a failed seal on its right solid rocket booster. Yesterday was the 46th anniversary of the Apollo 1 fire, which happened during a launch pad test. And Friday is the 10th anniversary of the loss of space shuttle Columbia, which suffered a fatal injury on the launch pad that doomed its reentry.

Each time, NASA paused its human spaceflight programs to not only mourn, but piece together what happened. Each time, review boards found not only physical problems, but institutional ones, driven by budgets sometimes but also decidedly human problems like ego and apathy. Each time, NASA learned something from its mistakes. Here is what Dr. Jonathan Clark, husband of Columbia mission specialist Laurel Clark, said about that: “You have got to find ways to turn badness into goodness. You have to. It’s the only way you get through this.” Here are some of NASA’s lasting lessons.

Challenger's Rockets Explode

Challenger: Put a lid on “go fever”

The goal of the shuttle program was to put people in space on a regular basis, and in the shuttle’s early days, NASA was roundly mocked for flight scrubs and other delays. Managers felt pressure to get Challenger off the launch pad even despite frigid temperatures. This was also partly due to timing with subsequent missions, which were to launch important planetary probes. Despite mythology to the contrary, there was no political pressure from President Reagan or anything like that–but launch pressures were real. So were rampant communication failures, which “permitted internal flight safety problems to bypass key Shuttle managers,” in the words of the post-accident Rogers Commission. Among many changes to the program after the disaster, NASA committed to a more realistic, less frequent shuttle launch schedule.

Columbia Memorial

Columbia: Workers should speak up, and managers need to listen

The Columbia Accident Investigation Board found that NASA failed to learn many of the lessons it should have taken to heart after Challenger. Chief among them was the engrained institutional flaw that prevented mid-level workers from raising safety concerns in a realistic, meaningful way. Columbia suffered irreparable damage to the leading edge of its left wing during launch, when a briefcase-sized chunk of insulating foam broke off the external fuel tank and slammed into its thermal tiles.

In NASA’s own design specifications, this type of incident would have to be resolved before launch could go–but it became so common that engineers came to see it as routine. The Orlando Sentinel, which covers the shuttle program like a caring friend, has a lovely 10-year anniversary spread this week for Columbia that explains how NASA knew about the problem. Engineer Rodney Rocha wanted the agency to get better images of the tile damage before re-entry, but he was ignored, in part because managers couldn’t believe a small chunk of Styrofoam could doom the shuttle. Now Rocha is asked to speak at NASA centers about lessons learned since Columbia. Speak up, he says.

Apollo 1 Command Module

Apollo 1: Rethink crew safety

Apollo 1 was less than a month from launch on Jan. 27, 1967, when her three crew members climbed in for a launch pad test. The goal was to determine whether the spacecraft would function as planned when it was detached from all its cables and umbilicals. The hatch was sealed and the cabin filled with pressurized pure oxygen. Gus Grissom, Edward White and Roger Chaffee conducted several tests that day, and a voltage spike started a fire five hours after the “plugs-out” tests began. Many things changed after the three perished. After the fire, NASA redesigned the Apollo capsules to open outward instead of inward; the cabin atmosphere was changed to 60 percent oxygen and 40 percent nitrogen; and several wiring and plumbing systems were reorganized. But more broadly, NASA realized for the first time the dangers of being too “gung-ho,” as Gene Kranz put it.

Charlie Bolden, NASA’s administrator and a former astronaut, told NBC these lessons and others were crucial for the continued success of the space program. The International Space Station and the coming age of commercial space vehicles would not have been possible without the sacrifices of the fallen astronauts, he told Alan Boyle. You can read the full interview here.

“What their sacrifice brought is what we should really be thinking about: the fact that they dared to challenge and do things differently,” Bolden said. “Because of what they did, we’re well on the cusp of going deeper into space than we’ve ever gone before.”

Article source: http://www.popsci.com/science/article/2013-01/brightest-lessons-nasa%E2%80%99s-darkest-days

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Challenger: Shuttle Disaster That Changed NASA

The space shuttle Challenger was one of NASA’s greatest triumphs and also its darkest tragedy.

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NASA to upgrade vital communications link


NASA’s Goddard Space Flight Center in Greenbelt, Md., is home to the team responsible for building and launching these satellites. Once in orbit, the new will become part of NASA’s Space Network, which incorporates a fleet of TDRS spacecraft. Currently, seven first- and second-generation satellites are connected in real-time to a series of ground stations and data facilities. This network provides the critical communications lifeline for NASA missions such as the and International Space Station.

NASA established the TDRS project in 1973 to provide around-the-clock communications to the agency’s most critical missions in low Earth orbit. The TDRS design also increases the data rate of the space-to-ground communication service. The resulting system is a set of geosynchronous relay satellites distributed around the globe. Ground terminals complete the system, connecting scientists and engineers on Earth with satellites in orbit.

The first TDRS launched in April 1983. It was designed to handle an exponential increase in data volume and provide a major increase in coverage for spacecraft. When TDRS-1 was launched from space shuttle Challenger, TDRS spacecraft were the largest, most sophisticated ever built. After on-orbit checkout, TDRS-1 began providing communication support to space shuttle missions in late 1983. On that first mission, TDRS transmissions enabled more shuttle data flow to the ground than had been accomplished in the previous seven shuttle missions combined.

NASA continued adding first generation TDRS spacecraft until 1995. TRW, later to become Northrop Grumman built seven satellites. TDRS-2 was lost aboard Challenger in 1986. From 2000-2002, NASA added three second-generation spacecraft to the fleet. Hughes, now the Boeing Co., built the TDRS-H, I and J satellites, which continue operating along with four members of the first generation.

It has been almost thirty years, and the TDRS constellation continues to play a major role in maintaining a reliable communications network for NASA with critical, non-interrupted connections. Of the nine TDRS satellites launched, seven are still operational. Two have been retired. NASA engineers recognize the fleet is aging and are working to replenish the fleet with a new generation of TDRS satellites.

TDRS-K will be the first of three, next generation satellites designed to ensure vital operational continuity for NASA. TDRS-L is scheduled to launch in 2013, and TDRS-M is planned to launch in 2015.

The TDRS network provides critical support to NASA’s human spaceflight endeavors that began during the shuttle era and continues with ongoing support. It also provides communications support to an array of science missions, as well as various types of launch vehicles.

As a vital information pipeline for space-based research and exploration ambitions, TDRS fulfills NASA’s broadest communication demands. Now in its third operational decade, the TDRS legacy of communications excellence has become key to enabling many of NASA’s scientific discoveries. TDRS-K continues a legacy while increasing bandwidth of a network that has become the vital communications link for the missions of NASA.

NASA’s Communications and Navigation Program, a part of the Human Exploration and Operations Mission Directorate, is responsible for the TDRS network.

More information: tdrs.gsfc.nasa.gov/

Provided by

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Article source: http://phys.org/news/2012-10-nasa-vital-link.html

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Space shuttle Endeavour mounted on 747 jumbo jet for flight to Los Angeles

For the last time in space shuttle history, a NASA orbiter has been mounted to the top of a jumbo jet to be flown to its next destination.

For shuttle Endeavour, now sitting piggyback atop the space agency’s modified Boeing 747 Shuttle Carrier Aircraft (SCA), its next and final mission is to become a museum exhibit. The spacecraft, flying aboard the aircraft, will leave at sunrise on Monday from the Kennedy Space Center in Florida for Los Angeles, where it is destined for display at the California Science Center (CSC).

“It is the youngest of our fleet, it’s our baby,” said Stephanie Stilson, NASA’s flow director for orbiter transition and retirement, as she discussed Endeavour’s soon departure. “We are letting go of our baby and turning her over to California.”

Endeavour was built in the wake of the loss of space shuttle Challenger in 1986. It flew 25 missions, many to support assembly of the International Space Station, before being retired in June 2011.



Ben Cooper
 / 
LaunchPhotography.com via collectSPACE.com

Last mate

To prepare Endeavour for its ferry flight to the West Coast, NASA technicians on Friday towed the shuttle from where it was temporarily parked inside its former launch assembly building to the runway where it last returned from space. Arriving at Kennedy’s Shuttle Landing Facility in the pre-dawn hours, Endeavour was moved into a gantry-like steel structure known as the Mate-Demate Device (MDD) to be paired with the 747 SCA. [Gallery: Endeavor Mated to Carrier Aircraft]

“We are a little bit sad that this will be the last time that we’re doing this,” Stilson told reporters covering the mating operations. “There were definitely some tears this morning during the rollover from the Vehicle Assembly Building to the Mate-Demate Device, especially from those who have worked on Endeavour for a long period of time.”

Over the course of several hours, the 155,000-pound (70,000-kilogram) shuttle was attached to a metal sling and hoisted 90 feet into the air so that the carrier aircraft, known by its tail number as NASA 905, could be towed in underneath it. Endeavour was then lowered onto the back of the jetliner, such that three ports on its underbelly aligned with the attachment points protruding from the 747′s upper fuselage.

The two craft were “soft-mated” by mid-afternoon. On Saturday, technicians will work to “hard mate” the connection, securing bolts that will hold the two vehicles together in flight. The air- and space-craft combo will exit the MDD on Sunday morning in preparation for their final departure on Monday.

Final flight

The space shuttle era’s final ferry flight will take Endeavour on a cross-country tour. In addition to performing low passes while flying over several NASA facilities, the carrier aircraft and its orbiter passenger will make planned stops in Houston and El Paso in Texas, and at Edwards Air Force Base in southern California before finally landing at Los Angeles International Airport (LAX) on Sept. 20.

The journey, and its pre-departure preparations, are subject to both weather and operational constraints and could be delayed or changed, NASA officials advised.


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Once on the ground in Los Angeles and without a corresponding Mate-Demate Device at LAX, Endeavour will be hoisted off the SCA using two large cranes and positioned onto a modified NASA overland transporter. On Oct. 12, the shuttle will begin a two-day road trip to the California Science Center, moving through the streets of Inglewood and L.A. on a 12-mile (19-kilometer) journey to its new home.

The California Science Center will open the new Samuel Oschin Space Shuttle Endeavour Display Pavilion on Oct. 30.

Follow collectSPACE on Facebook and Twitter @collectSPACE and editor Robert Pearlman @robertpearlman. Copyright 2012 collectSPACE.com. All rights reserved.

Copyright 2012 SPACE.com, a TechMediaNetwork company. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

© 2012 Space.com. All rights reserved. More from Space.com.

Article source: http://www.msnbc.msn.com/id/49046130/ns/technology_and_science-space/

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Sally Ride is remembered by a daughter of NASA Glenn: Lonna Saunders

sally-ride.jpgView full sizeIn this June 1983 photo released by NASA, astronaut Sally Ride, a specialist on shuttle mission STS-7, monitored control panels from the pilot’s chair on the shuttle Columbia flight deck.

My family was a space family. My father started working at NASA from its inception in 1958 until his retirement some 32 years later. I was knee-high to him, looking up at the moon and stars in our front yard in Parma as he pointed out the Big Dipper. I didn’t dare dream of becoming an astronaut, although my four younger brothers would. It was a guy thing. Girls need not apply.

June 18, 1983, was the 60th birthday of my godfather, Army Col. William Gojsza, and the day astronaut Sally Ride, just a few years older than me, became the first woman to go where no American woman had gone before — into outer space on the space shuttle Challenger. My godfather and his wife Sonia were so proud, too, of their own daughter Eugenia who co-oped with NASA as an engineering student at the University of Alabama in the late 1970s.

Ride’s historic flight gave us all chills. I remember the signs and T-shirts. “Ride, Sally Ride,” they read, from the song “Mustang Sally.” As she flew on Challenger, Ride became not only the nation’s first woman in space but also the youngest American, at age 32.”"

Sadly, the Challenger, which Ride rode on her barrier-breaking mission, crashed and burned, killing everyone inside, three years later on Jan. 28, 1986, my maternal grandfather Bismarck Otto Newman’s birthday.

Astronaut Ride is the only person to sit on accident investigation boards for both the Challenger (1986) and Columbia (2003) spacecraft tragedies.

Ride’s death from pancreatic cancer was on the front page of our morning papers on Tuesday — July 24, the 115th birthday of another pioneering woman who took flight, Amelia Earhart. The first woman pilot to cross the Atlantic Ocean. You’ll recall she disappeared over the Pacific Ocean with her navigator in 1937. A new search is under way for her remains and the aircraft wreckage.

July 24 is not only a significant date for Earhart and Ride but for my family, too. We buried my NASA father, John Glenn “Stirling Jack” Slaby on that day in 1992. On the 20th anniversary of his passing last week, we came back to Cleveland where he lived and is buried to honor him. The space agency’s symbol of a planet and stars is etched on our parents’ grave marker. The NASA Glenn Research Center was so much a part of our lives.

I guess my father was destined to work in the space industry. How could he not when his name was so similar to the famous astronaut John Glenn’s? Of course, when dad got started, astronaut Glenn, four years older than my dad, had not yet made his historic flight.

My father was instrumental in the development of the stirling engine at NASA; hence his nickname, “Stirling Jack.” A year after he went to the Great Beyond, his granddaughter, Jacqueline, was born on July 20, 1993, the 24th anniversary of man’s first walk on the moon.

NASA Administrator Charles Bolden said Sally Ride “changed the face of America’s space program.” Literally. She was in the first class of women astronauts in the late 1970s, receiving her doctorate in astrophysics from Stanford University where she also studied Shakespeare, truly a Renaissance woman.

In her later years, Sally Ride Science was established in San Diego to promote math, science and technology for both girls and boys.

I pray my 12-year-old nephew Joel, who, of his four siblings, is known as “the science guy,” will be inspired by Sally Ride’s life and example. She’s a role model for boys, too. Joel, who entertains family with his magic shows — what is science if not magic? — was born in Moon Township near Pittsburgh.

What I wish for Joel, as he grows older and finds himself sitting outdoors with his sweetheart gazing up at the stars, is that he listens to Frank Sinatra’s “Fly Me to the Moon.”

For if you listen closely, it’s as if Frank might have had an inkling in 1964 when he recorded it on June 9 — my mother Lillian Newman Slaby’s 33rd birthday — that somehow, someday, there would be a Sally riding through the galaxy, showing the way. Showing girls can be science guys, too.

Lonna Saunders, a native Clevelander, was the first woman in 1975 to anchor news for WJW AM radio, the birthplace of rock ‘n’ roll.

Article source: http://www.cleveland.com/opinion/index.ssf/2012/07/a_nasa_glenn_daughter_remember.html

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Sally’s Ride: Fly Me to the Moon

Fly me to the Moon.

My family was a space family. My father started working at NASA from its inception in 1958 until his retirement some 32 years later.

When I was barely knee-high looking up at the moon and stars in the evening sky with my dad in our front yard in Parma, Ohio as he pointed out the Big Dipper and other constellations, I didn’t dare dream of becoming an astronaut although my four younger brothers would. It was a guy thing. Girls need not apply.

It was my godfather U.S. Army Colonel William Gojsza’s 60th birthday on June 18, 1983 when astronaut Sally Ride, just a few years older than me, became the first woman to go where no American woman had gone before. My godfather and his wife Sonia’s daughter, Eugenia ,co-oped with NASA as an engineering student at the University of Alabama in the late ’70s around the time Sally Ride and other women were answering a NASA newspaper ad to become astronauts.

Eugenia Gojsza made a big splash in the local press at that time when as a female, she supervised the pouring of cement for a pad in connection with Enterprise, the first space shuttle orbiter at Marshall Space Flight Center in Huntsville, Ala. Originally to be named Constitution in honor of our nation’s Bicentennial in 1976, Star Trek television viewers launched a successful write-in campaign to the White House to have it named Enterprise instead.

Ride’s historic flight gave us chills. I remember the signs and T-shirts. “Ride, Sally Ride”, they read. From the song, Mustang Sally . As she flew on the space shuttle Challenger, Dr. Ride became not only the nation’s first woman in space but also the youngest at age thirty-two. Today, a Nashville girl band is called “Mustang Sally.”

Sadly, Challenger which Dr. Ride rode on her barrier breaking space mission, crashed and burned killing everyone inside three years later on Jan. 28, 1986 — my grandfather Bismarck Otto Newman’s birthday on my mother’s side of the family.

Astronaut Ride is the only person to sit on the accident investigation boards for both the Challenger (1986) and Columbia (2003) spacecraft tragedies.

Dr. Ride’s death from pancreatic cancer was on the front page of our morning papers on July 24, the 115th birthday of another pioneering woman who took flight, Amelia Earhart. As the first woman pilot to cross the Atlantic Ocean, Earhart was remembered with a Google home page plane doodle this week. You’ll recall she disappeared over the Pacific Ocean with her navigator in 1937. A new search is underway for her remains and the aircraft wreckage.

The day July 24 is not only a significant day for Earhart and Ride but for my family, too. We buried my NASA father, John Glenn “Stirling Jack” Slaby on that day in 1992. On the 20th anniversary of his passing this year, we came back to Cleveland where he lived and is buried to honor him. The space agency’s symbol of a planet and the stars, is etched on our parents’ grave marker. The NASA John Glenn Research Center in Cleveland where he worked, named after Ohio’s U.S. Senator and astronaut, was so much a part of our lives.

I guess my father was destined to work in the space industry. How could he not when his name was so similar to the famous astronaut John Glenn’s? Of course, when dad started at NASA, astronaut Glenn, four years older than my dad, had not yet become the first American to orbit the earth.

My father was instrumental in the development of the stirling engine at NASA; hence his nickname, “Stirling Jack.”

NASA Administrator Charles Bolden said Sally Ride “changed the face of America’s space program.” Literally. She was in the first class of women astronauts in the late 1970s, receiving her Ph.D. in astrophysics from Stanford University where she also studied Shakespeare, truly a Renaissance woman.

In her later years, Sally Ride Science was established in San Diego to promote math, science and technology for both girls and boys.

I pray my twelve-year-old nephew Joel who, among his four siblings, is known as “the science guy,” will be inspired by Sally Ride’s life and example. She’s a role model for boys, too. Joel who entertains family with his magic shows — what is science if not magic — was born in Moon Township near Pittsburgh.

What I wish for Joel as he grows older and finds himself sitting outdoors with his sweetheart gazing up at the stars, is that he listens to Frank Sinatra’s Fly Me to the Moon.

It’s as if Frank might have had an inkling in 1964 when he recorded his hit on June 9 — my mother Lillian Newman Slaby’s 33rd birthday — that somehow someday there would be a Sally riding through the galaxy showing the way. Showing that girls, can be science guys, too.

Article source: http://www.huffingtonpost.com/lonna-saunders/post_3671_b_1704198.html

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RIP Sally Ride … My First Hero

Sally Ride, America’s first female astronaut, communicates with ground controllers from the flight deck during the six-day mission of the Challenger. Image and caption courtesy NASA

I was nine years old when I first wanted to be an astronaut, and my first hero was Sally Ride. I looked up to her as a woman, a scientist, and an astronaut. Sally’s enthusiasm for life, boundless energy, intelligence, and passion for science were constant beacons throughout my formative years. Sally Ride was a trailblazer both for NASA and for working women everywhere. She showed women that they could achieve the same status as their male peers. Sally Ride’s integrity never faltered, even as a woman in a male-dominated profession for much of her career.

You can understand just how sad I was to hear that Sally Ride passed away today, June 23, 2012, after a 17-month battle with pancreatic cancer. Sally is survived by her 27-year partner, Dr. Tam O’Shaughnessy, and her mother, Joyce. Before her official obituary today, Sally had always referred to her partner as “a good friend,” never feeding rumors or speculation as to her sexual preferences, keeping her private life … private.

Born May 26, 1951, Sally Ride grew up wanting to be a scientist. She received four degrees including her PhD in physics from Stanford University in 1977. After answering a newspaper ad for astronaut applicants, Sally Ride became one of the first six women to join the NASA astronaut corp in 1978, beating out most of the other roughly 8000 applicants. During her pre-flight career, she served as Capsule Communicator (CapCom) and worked on developing the shuttle’s famous robotic arm.

A 1983 portrait of astronaut Sally K. Ride before STS-7. Image courtesy NASA

On June 18, 1983, Sally Ride became the first American woman in space on STS-7 aboard the Space Shuttle Challenger. During her historic flight, she became the first person to ever retrieve a satellite with the robotic arm that she had helped design. Her second flight on STS-41G, also aboard Challenger, took off on October 5, 1984. STS-41G was the first flight to carry a full seven person crew and was tasked with deploying a satellite and performing scientific Earth observations. Sally had spent 343 hours in space and was eight months into the training for her third flight when disaster struck NASA on January 28, 1986. After the Challenger accident, Sally served on the Challenger Accident Investigation Board and was tasked with reviewing mission operations. When the review was finished, she was permanently reassigned to NASA headquarters as special assistant to the administrator for long-range and strategic planning and ultimately became the first Director of the Office of Exploration. In 2003, Ride became the only member of the Columbia accident review board who had also served during the Challenger review.

Listen to Sally describe in her own words what it meant to be the first female American in space and her memories of her experiences in space. This JPL interview was conducted on the 25th anniversary of her historic first flight.

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Sally Ride retired from NASA in 1987, and spent much of the next 14 years as a physics professor at UC-San Diego. In 2001, she founded Sally Ride Science, a company dedicated to encouraging boys and girls to peruse STEM (science, technology, engineering, and math) careers. Her company creates exciting and engaging classroom materials, programming, and professional development for teachers in hopes of inspiring children to pursue their scientific dreams. She has written or co-written seven different science books for children.

Sally Ride’s life was filled to the brim with adventure and inspiration. Her legacy will be no different. Her company will continue to inspire children for years to come to pursue their dreams, and her memory will live as a constant reminder to everyone that dreams really do come true. We here at GeekMom want to thank you, Sally, for being an inspiration to us all.

Article source: http://www.wired.com/geekmom/2012/07/sally-ride-obituary/

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