White House Responds to Death Star
Petition (Source: White House)
The Administration shares your desire for job creation and a strong
national defense, but a Death Star isn't on the horizon. Here are a few
reasons: 1) The construction of the Death Star has been estimated to
cost more than $850,000,000,000,000,000. 2) We're working hard to
reduce the deficit, not expand it. 3) The Administration does not
support blowing up planets. 4) Why would we spend countless taxpayer
dollars on a Death Star with a fundamental flaw that can be exploited
by a one-man starship?
However, look carefully (here's how) and you'll notice something
already floating in the sky -- that's no Moon, it's a Space Station!
Yes, we already have a giant, football field-sized International Space
Station in orbit around the Earth that's helping us learn how humans
can live and thrive in space for long durations. The Space Station has
six astronauts -- American, Russian, and Canadian -- living in it right
now, conducting research, learning how to live and work in space over
long periods of time, routinely welcoming visiting spacecraft and
repairing onboard garbage mashers, etc.
We've also got two robot science labs -- one wielding a laser -- roving
around Mars, looking at whether life ever existed on the Red Planet.
Keep in mind, space is no longer just government-only. Private American
companies, through NASA's Commercial Crew and Cargo Program Office
(C3PO), are ferrying cargo -- and soon, crew -- to space for NASA, and
are pursuing human missions to the Moon this decade. Click here.
(1/11)
Doomed Spacecraft Captures Awesome
Close-Up Video of the Moon (Source: WIRED)
Three days before the moon-orbiting Ebb spacecraft collided with a
lunar mountain, its on-board cameras captured some striking images of
the pockmarked moon’s northern hemisphere — from just six miles up. On
Jan. 10, NASA released what look like scenes from a science fiction
movie: two probe’s-eye views of the lunar farside, made from Ebb’s
stitched-together images. The clips are played six times faster than
the spacecraft’s flyover actually occurred. The first was shot by the
forward-facing MoonKAM, and the second was taken by a rear-facing
camera. Click here.
(1/11)
NASA Considers Adding Bigelow to
International Space Station (Source: Flight Global)
NASA has announced a deal with Bigelow Aerospace to explore adding one
of Bigelow's inflatable modules to the International Space Station
(ISS). The ISS is the world's only continually-habitated space station,
maintained by a coalition of several nations. While the modules are
mainly aimed at nations without their own space stations - those who do
not participate in the ISS programme - NASA has long held an interest
in a relatively inexpensive addition to the ISS.
Bigelow has been building and testing inflatable space modules, which
can be linked together into a habitable space station. The company has
launched two prototype habitats, in which nobody has yet set foot.
Bigelow has signed a number of agreements with established launch
providers, including Boeing and SpaceX. Neither NASA nor Bigelow were
available for immediate comment. (1/11)
Flight Director's Family Gets Back
Down to Earth After Life on Mars Time (Source: NBC)
A California family's journey on Mars time had its ups and downs, but
NASA flight director David Oh says he's glad he took his wife and kids
on the ride. "My kids loved it, I loved it, and I think it served to
bring the family together," Oh said. Oh is one of the flight directors
for NASA's $2.5 billion Mars Science Laboratory mission, which sent the
Curiosity rover on a two-year quest to determine whether the Red Planet
ever had the chemical ingredients required for life as we know it.
Each Martian day, or sol, is 39 minutes and 35 seconds longer than an
Earth day. So, to stay in sync with the mission's initial phase, the
team at NASA's Jet Propulsion Laboratory in Pasadena, Calif., was put
on a Martian schedule for the first 90 sols. That meant that Oh's
workday quickly fell out of sync with Earth time. To make it easier on
himself, and on his wife and three children, the Oh family decided to
spend 30 sols on Mars time. (1/12)
Let's Put An Asteroid In Orbit Around
the Moon (Source: Discovery)
In 2010, President Obama set a sky-high goal for NASA: to send a team
of astronauts to visit a near-Earth asteroid (NEO) by 2025. But rather
then propelling humans on a dangerously long journey into
interplanetary space, why not bring the asteroid here? This is the
ultimate rock collector’s dream — plop a 500-ton space rock into orbit
about the moon. Bruce Willis couldn’t go walking around the on target
asteroid, however. It would be only 20-feet across, small enough to fit
in a backyard. NASA would not require something as exotic as a Star
Trek tractor beam to tow the space rock back here.
A robotic spacecraft would, literally, put the asteroid in a giant
shopping bag and tote it home. This far-out proposal comes from a
workshop sponsored by the Keck Institute for Space Studies to
investigate the feasibility of identifying, autonomously capturing, and
returning a NEO to Earth. They say that this could be done before then
end of the next decade. They estimate that the cost would be less than
the price tag of sending another Mars Science Lab class rover to the
Red Planet. (1/12)
Largest Structure in Universe
Discovered (Source: Space.com)
Astronomers have discovered the largest known structure in the
universe, a clump of active galactic cores that stretches 4 billion
light-years from end to end. The structure is a large quasar group
(LQG), a collection of extremely luminous galactic nuclei powered by
supermassive central black holes. This particular group is so large
that it challenges modern cosmological theory, researchers said.
"While it is difficult to fathom the scale of this LQG, we can say
quite definitely it is the largest structure ever seen in the entire
universe," lead author Roger Clowes, of the University of Central
Lancashire in England, said in a statement. "This is hugely exciting,
not least because it runs counter to our current understanding of the
scale of the universe." (1/11)
TDRS K Spacecraft Readied for Launch
From Cape Canaveral Spaceport (Source: SpaceFlightNow.com)
The first spacecraft in NASA's third generation of Tracking and Data
Relay Satellites has been tested and fueled in preparation for its trek
to orbit Jan. 29. Reporters and photographers got to see the craft
Friday in the cleanroom facilities at the Astrotech complex in
Titusville, Florida. Technicians will mount the satellite atop the
short pedestal-like adapter mechanism on Monday. The two halves of the
rocket's nose cone, emblazoned with the hand-painted TDRS K and NASA
logos, will encapsulate the satellite on Wednesday and Thursday in a
two-day operation.
After being loaded aboard a transporter, the payload will be hauled
across the river to Complex 41 next Saturday, Jan. 19 for hoisting into
the Vertical Integration Facility and mating to the Atlas 5 rocket. A
thorough test of the combined systems between the Atlas and TDRS will
follow, then technicians will finish closing out compartments and
buttoning up the vehicle for flight. (1/12)
Superconducting Magnets Could Block
Space Radiation (Source: Aviation Week)
Astronauts on deep-space missions may one day deploy protective
magnetic fields similar to those that shelter us from deadly space
radiation on Earth, just as they will carry the necessary food and
atmosphere. A promising approach would use coils that “inflate” with
their own magnetism to deflect solar-flare protons and galactic cosmic
rays that otherwise would restrict human travel time in space.
“The concept of shielding astronauts with magnetic fields has been
studied for over 40 years, and it remains an intractable engineering
problem,” says Shayne Westover of Johnson Space Center (JSC).
“Superconducting magnet technology has made great strides in the past
decade.” Westover is principal investigator on a NASA Innovative
Advanced Concepts (NIAC) grant to study high-temperature superconductor
technology as an approach to active radiation shielding for astronauts.
Under the grant, JSC is working with a company that has expertise in
superconducting magnets to gain some definition on just how effective
they can be in protecting spaceflight crews. “Radiation shielding, if
it is not at the top of the list, is No. 2,” says Palm Bay, Fla.-based
Advanced Magnet Lab President Mark Senti. “They have propulsion figured
out, and I'm not trivializing anything. They have solar protection and
energy, but if you don't solve radiation shielding, there's no sense in
doing engineering everywhere else.” (1/12)
America's Spaceport (Source:
Space KSC)
One month after Kennedy Space Center bus tours began from the interim
Visitor Information Center on July 22, 1966, more than 50,000 guests
had toured KSC. Many of them also toured the Cape Kennedy Air Force
Station. According to the August 18, 1966 Spaceport News, “On two
different days this month over 2,300 visitors purchased tickets for the
bus tours. This is the highest single-day attendance figure since the
tours were initiated on July 22.” Click here.
(1/12)
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