It’s official. We Canadians rock. If William Shatner and Bryan Adams aren’t enough for you, there’s Chris Hadfield. He’s an astronaut with the Canadian Space Agency and has become hugely popular with his videos about life aboard the International Space Station, answering such profound questions as how to cut your nails in space.
Now Hadfield is coming home. He’s turned over command of the ISS to Russian cosmonaut Pavel Vinogradov and will be departing on a Soyuz module, which will land in Kazakhstan today at 10:31 p.m. EDT. As a final sendoff, he’s made the first music video in space, a cover of David Bowie’s “Space Oddity.” Hadfield isn’t a bad musician, and the video has beautiful visuals of him on the ISS.
Put it on full screen, sit back and enjoy. It’s a great day to be Canadian.
The idea of space travel for all of us has been the stuff of dreams for centuries. Long before we had electricity or telephones, we looked to the stars, hoping to travel there some day. Science fiction writers fueled the fire and instilled in many of us a solid belief that some day we would travel beyond our earthly bounds. In the last half-century we have walked on the moon, built a permanent orbiting space station, shuttled space workers back and forth from Earth and more. Now, the ground floor opportunities for a space travel industry are being built, the foundation is being laid and ideas are being hatched to make a profit out of it.
Bechtel is an engineering, project management and construction company respected around the world. Founded in 1898, Bechtel has worked on over 22,000 projects in 140 countries on all seven continents of the planet. They provide infrastructure, power generation, communications and more with a work force of 53,000 people. In a “there’s no place left to go” sort of way, Bectel looks to the sky.
Planetary Resources is a new group of world leaders committed to expanding the world’s resource base so that humanity can continue to grow and prosper. The group is not comprised of world leaders like presidents, kings and dictators, but people that make things happen like Google’s CEO Larry Page, film maker James Cameron, United States Air Force General T. Michael Moseley (Ret.) and Sara Seager, Ph.D., Professor of Planetary Science and Physics at MIT. To these people, exploring the unknown and making a living off of it is familiar ground.
We first met Planetary Resources in May of last year in the article “Space Travel: Hurry Up, We Have Mining To Do” when Gadling reported Chris Lewicki, President and Chief Engineer, stating, “Our mission is not only to expand the world’s resource base, but we want to increase people’s access to, and understanding of, our planet and solar system by developing capable and cost-efficient systems.”
Now, it appears that the moon, stars and planets have aligned and something is about to happen.
In a move that has an undeniable flavor of entrepreneurship, the start-up mechanism that enables forward-thinking ideas to blossom, Bechtel and Planetary Resources are collaborating to mine near-Earth asteroids for raw materials.To do that, they will have to develop innovative and cost-effective robotic exploration technologies.
“As we pursue our vision to expand the resource base beyond Earth; we’re extremely excited to announce this partnership with Bechtel. They are a world leader in the engineering, procurement, and construction (EPC) industry,” said Dr. Peter H. Diamandis, Co-Founder and Co-Chairman of Planetary Resources on the organization’s website.
It’s that “expand the resource base beyond Earth” part that should be of interest to us and shore up dreams of space travel for all some day. Venturing into space has always been an investment in the future at best, more commonly known as a space program that is a government budget item that can and has been cut.
Here, we have respected leaders of today’s world looking to the stars in a way not thought of since the gold rush period of the 1800s. Back then, because of that burning desire for gold, San Francisco grew by leaps and bounds. Roads, churches, schools and railroads were built and along the way agriculture and ranching expanded.
Mining asteroids? Could very well be the profit-centered technology enabler that ends up putting us in space.
If the whole idea sounds a little bit familiar, it might be due to 1998’s Hollywood blockbuster “Armageddon,” which had normally deep-sea oil drillers frantically trying to destroy an asteroid before it collided with Earth and wiped out civilization.
Let’s pause a moment to re-live that historic event via this video:
Armageddon had a budget of $140 million and was in international box-office success, grossing over a half $billion. Also on this hot space travel topic, our friends at Huffington Post tell us “Studies have found that around 7,500 near-Earth asteroids exist, most of which are worth between $1 billion and $25 billion each if their resources were sold on Earth.”
So there you have it: Science Fiction fuels real-world ideas and everybody makes money.
Death Valley National Park may look otherworldly at times but this weekend it will actually play host to an event that is definitely out of this world.
The second annual MarsFest will take place in the park starting Friday, March 1, running through Sunday, March 3. The event is designed to allow scientists and space enthusiasts to interact with one another as they jointly explore the possibilities of space exploration, something that Death Valley has played a crucial role in for decades.
Because of the extreme environments and conditions that exist in the Valley, it has long served as a testing ground for new gear and equipment for NASA. The park is often used to simulate hostile alien environments such as those founds on the surface of Mars. In fact, many of the instruments that are currently in use on the Curiosity Rover were first put through their paces in Death Valley. Attendees of MarsFest will get to see just how NASA uses Death Valley as a proving ground before sending their multi-million dollar equipment into space.
The three-day festival has a full schedule of events on tap, including field trips to a variety of locations inside the park, guest lectures from scientists and guided hikes to remote locations. A daylong expo with informational booths will provide demonstrations of some of the delicate instruments used by NASA, while panel discussions on the future of space travel should prove enlightening as well.
If you’re interested in attending MarsFest 2013 click here for more details.
The International Space Station is one of the wonders of modern technology. A series of interconnected orbital modules are home to a rotating crew of astronauts and cosmonauts plus a host of ongoing experiments. While the ISS only gets into the news every now and then, interesting things are happening there daily.
Right now three astronauts – two American and one Canadian – are on duty up there along with three cosmonauts from Russia. This video is a weekly update showing what they did last week. The main work has been preparing for the arrival of the Dragon spacecraft, which will bring supplies and take some completed experiments and waste back to Earth.
Besides that, the crew has been conducting experiments, doing maintenance work on their spacesuits, troubleshooting a partial communications failure, training with the robotic arm, and answering questions from the public back on Earth.
The three astronauts even got a break for Presidents Day. I didn’t know they got days off up there. I wonder what they do? Stare out the window a lot, I bet.
The weekly update gets uploaded every Friday and there are daily updates throughout the week. You can followed them on the ISS website.
Space Shuttle Atlantis arrived this week at the Kennedy Space Center Visitor Complex to begin life as the star of a $100 million exhibit called the Shuttle Launch Experience, expected to open in July 2013. It was the historic final journey of a space shuttle orbiter, signaling the beginning of life after space for the shuttle fleet.
“We think visitors to Kennedy Space Center Visitor Complex will be awed and inspired by how they will see and experience Atlantis,” said Bill Moore, chief operating officer of Kennedy Space Center Visitor Complex in a statement.
Atlantis completed its historic final journey led by 30 former astronauts who joined the orbiter for the final leg of the trip. Parked in front of the last open wall of the 90,000-square-foot exhibit building, Atlantis will be encapsulated in a protective wrap while that wall is completed.
Once inside the visitor’s complex, Atlantis will be raised 36 feet off the ground then rotated about 43 degrees to mimic spaceflight. On display, its payload bay doors will be open and the robotic arm extended.
Along with Atlantis, the Shuttle Launch Experience will have over 60 interactive, immersive exhibits about the entire shuttle program including a 363-foot-long Apollo/Saturn V rocket and other unique space artifacts.
At the entrance to the Shuttle Launch Experience, guests will walk past a full-size external fuel tank and two solid rocket boosters. Strategically positioned, a silhouette of the orbiter is attached to show guests the exact size and placement of the 184-foot-tall space shuttle.
Kennedy Space Center Visitor Complex opens daily at 9 a.m. Admission includes the Kennedy Space Center Tour, the new Shuttle Launch Experience, 3-D IMAX space films, Astronaut Encounter, Exploration Space: Explorers Wanted and the U.S. Astronaut Hall of Fame, featuring historic spacecraft and personal astronaut memorabilia. For more information, call 877-313-2610 or visit www.KennedySpaceCenter.com.
Right now and through November 12, the space center is offering a sneak peek, up-close and personal look at Atlantis as part of any tour. During scheduled times, a Kennedy Space Center Visitor Complex tour guide will take guests through the construction zone and allow guests to take pictures and pose within the secured area.
NASA has spread around the tourism wealth by positioning remaining orbiters around the country. Enterprise is at the Sea-Air-Space Museum in New York City, Discovery is at
Smithsonian Institution’s National Air and Space Museum in Virginia and Endeavour is at the California Science Center in Los Angeles, California.
