European Space Lander to Begin Descent
to Mars (Source: ABC)
The European Space Agency is dispatching an experimental probe on the
final leg of its mission to land on Mars. The Schiaparelli space lander
is to separate from its mother ship at 10:42 EDT Sunday in preparation
for a controlled descent to the red planet Wednesday. The probe will
take images of Mars and conduct scientific measurements on the surface,
but its main purpose is to test technology for a future European Mars
rover. (10/16)
China Amps Up Space Program in Race to
Challenge U.S. (Source: NBC)
If the U.S.-Soviet space rivalry helped define the second half of the
20th century, China's drive to become a space superpower looks set to
mark the first half of the 21st. On Monday local time, China is set to
launch a Shenzhou-11 into orbit from an isolated military launching pad
in Inner Mongolia. The two-man vessel will rendezvous with a space lab
launched September 15, where the crew will conduct experiments for a
month — China's sixth and longest manned mission so far.
With the current U.S.-led International Space Station expected to
retire in 2024, China could be the only nation left with a permanent
presence in space. China is "on the rise and the U.S. is in very real
danger of falling behind in the future," warned Leroy Chiao, a former
NASA astronaut and veteran of four space flights, one of which included
commanding the International Space Station. Click here.
(10/16)
China Hopes for Cooperation With
Russia on Construction of Space Station (Source: Sputnik)
China is going to launch the core module of its space station in 2018.
The station is expected to be completely ready for work in 2022. China
hopes to deepen cooperation with Russia in the sphere of space
exploration, particularly on construction of the Chinese space station,
Wu Ping, deputy director of China's manned space engineering office,
said on Sunday.
“Since the start of the Chinese manned space program, we launched more
than 20 cooperation projects with the Russian space agency and achieved
constructive results. In future, during construction of the space
station we hope for deepening cooperation and exchanges with Russia in
the sphere of choosing and training cosmonauts, conducting scientific
experiments and others,” Wu Ping said at a press conference dedicated
to the forthcoming launch of the Shenzhou-11 spacecraft. (10/16)
Space Policy 101 For Clinton and Trump
(Source: Forbes)
President Obama penned an op-ed this week encouraging America to renew
its commitment to space exploration. 68% of us hold a favorable view of
NASA and our space agency is consistently ranked as the best place to
work in the federal government. Americans are excited by the
accomplishments of entrepreneurial firms like SpaceX, Blue Origin
and Virgin Galactic. So, you might think that our presidential hopefuls
would share the voter’s interest . . . but you’d be sadly
mistaken.
Hillary Clinton and Donald Trump rarely comment on space and neither
has offered a coherent space policy. When Aerospace America asked the
candidates about space policy this spring Clinton did not respond at
all and Trump’s responses were poorly informed. In September,
Scientific American queried the pair on science and graded Trump 1/5
and Clinton 2/5 on their space savvy.
Last week, SpaceNews presented nine good questions to the candidates.
Clinton was vaguely supportive with feel-good statements like, “I even
wrote to NASA to ask how I could become an astronaut.” Trump’s
responses indicated a real lack of interest. When asked for “Any other
comments” all the normally over-talkative GOP candidate could think of
was, “No.” Seriously, “No.” Click here.
(10/15)
Space Exploration and Human Evolution
(Source: Japan Times)
What we’ve not been considering is that we’re hastening the evolution
of our own species. If we manage to get to Mars, we won’t just be
multiplanetary — we will be on the way to splitting our species in two.
That’s because humans evolved on Earth and are just not up to space
travel. We’ll need to engineer people to to help them adapt better.
Our most obvious weakness is our ability to handle radiation. Radiation
mutates our DNA and makes us prone to cancer. It’s enough of a problem
on Earth but in space, even on a relatively short six-month trip to
Mars, travelers would be exposed to large doses of cosmic radiation,
certainly more than the current NASA limits for astronauts on the ISS.
Maybe, people say, we would be able to reach Mars but then die there of
cancer.
Takekazu Kunieda at the University of Tokyo has a possible solution,
although it may also be some years off. He works on tardigrades,
microscopic animals with eight legs that are resistant to massive doses
of radiation. Kunieda and colleagues last month published a paper in
the journal Nature Communications showing that tardigrades have a
“damage suppressor” protein, or Dsup for short, that shields their DNA
from radiation damage. Click here.
(10/15)
Orbital ATK Heads Back to Wallops for
Space Launch (Source: Loudoun Times)
Two years after a launch explosion, Orbital ATK is returning to
Virginia's Wallops Island to send a load of supplies to the
International Space Station. Liftoff is scheduled for 8:03 p.m. Sunday.
The mission seeks to put the state-owned launch pad back into business.
It's been idle since the 2014 rocket explosion that caused about $15
million in damage.
The Virginia Commercial Space Flight Authority owns and operates the
Mid-Atlantic Regional Spaceport on an island that NASA uses to launch
small research rockets. Most of those launches are suborbital, and
they've continued. For Sunday's planned launch at Wallops, Orbital will
use a newer engine, also Russian built, on its Antares rocket. (10/15)
Virgin's Suborbital Tourism a Step
Toward Point to Point Hypersonic Transport (Source: Next Big
Future)
A "hypersonic space line," or a transportation system that would
transport people halfway around the earth in a matter of hours, isn't
science fiction. It's a science being perfected in part at Spaceport
America, according to Michael Moses, president of spaceport tenant
Virgin Galactic.
Virgin Galactic was supposed to launch flights from Spaceport America,
in southern New Mexico, several years ago. Area taxpayers paid about
$219 million to get the spaceport going. But a series of minor setbacks
and a major spacecraft crash during testing in October 2014 set the
company back years. “It’s never easy to develop technologies that have
never been tried before,” Moses said. “And it often takes more time
than anyone anticipates.”
Branson, founder of Virgin Airlines, has invested more than $500
million in Virgin Galactic. His plans include more than building a
rocket ship to give rich people rides into space. “Sir Richard’s real
vision is building a sub-orbital, point-to-point transportation
system,” Moses said. “He wants to have the first hypersonic space
line.” Tourism flights from Spaceport America are a means of proving
technologies and gaining experience. Each time SpaceShipTwo flies it
will generate more than $1 million in revenue, cash that underwrites
some of the investment. (10/15)
Meet XCOR, One Of The Little Guys In
The Commercial Spaceflight Race (Source: Gizmodo)
Richard Branson and Elon Musk aren’t the only personalities in the
commercialised spaceflight game. There a plenty of smaller operations
having a crack, from hobbyist operations such as John Carmack’s
Armadillo Aerospace, to more serious efforts. In this video from
Freethink — which will be an ongoing series — we get a chance to meet
one of these dedicated outfits, with the focus here being Jeff Greason
and XCOR Aerospace.
Jeff Greason envisions something more like Southwest Airlines for space
for his company XCOR. XCOR's team of aerospace engineers are hunkered
down in the Mojave Desert, working on a spacecraft prototype with a
very ambitious goal: four daily, safe, round-trip flights to space,
five days a week. If XCOR is successful, they could take more people to
space in six months than NASA did in 30 years. Click here. (10/15)
Raytheon in Tucson Developing Tiny
Satellites to Help Troops on Ground (Source: Arizona Daily Star)
For more than a decade, Raytheon Missile Systems has been making
missile interceptors that destroy their targets in space. Now, the
Tucson-based company is adapting those capabilities to develop small,
disposable military satellites that give ground troops on-demand views
of their locations.
Raytheon has modified some of its manufacturing lines in Tucson to
produce relatively inexpensive satellites for a program called Space
Enabled Effects for Military Engagements, or SeeMe. The program,
managed by DARPA, aims to give ground forces the ability to get
high-resolution satellite images of the battlefield via their
smartphones or other hand-held devices, within 90 minutes. (10/16)
How the Workplace Resembles a
Spaceship to Mars (Source: The National)
The eventual idea – that a colony of maybe a million people could
eventually be established on the Red Planet – certainly captures the
imagination, even if the feasibility of the whole enterprise still
appears to be somewhat questionable to some people.
Among all the thrilling details of interplanetary travel, however, one
fairly mundane detail struck me. The proposed flight across the
emptiness of space might, apparently, take a matter of months – perhaps
three or four by some estimates – which seems like an inordinate amount
of time to be in enforced proximity with a group of people you might
know very little about or have much in common with.
Worse still if you discover one of those people happens to be genuinely
unpleasant or actively disruptive. If the idea of being trapped on an
airplane beside an incorrigible talker for a matter of hours fills you
with dismay, then the Mars flight could be a very long trip indeed.
(10/16)
Congresswoman Calls for Stable,
Multiyear NASA Funding (Source: Time)
Rep. Donna F. Edwards, D-MD, writes that NASA "deserves a solid
multiyear authorization and appropriation" to provide stability for
long-term missions. "We owe our next generation a vibrant NASA working
in partnership with industry, academia and international partners to
continue the amazing record of achievement and to persevere in striving
towards the ambitious and worthy goal of one day sending humans to the
surface of Mars," she says. (10/13)
Caterpillar Teams With NASA on 3-D
Printed Habitat Challenge (Source: Parabolic Arc)
Caterpillar Inc. is working with Bechtel, Brick and Mortar Ventures and
Bradley University to sponsor NASA’s latest Centennial Challenge—the
3D-Printed Habitat Challenge. The competition is created to incent
America’s most talented to come up with innovative ways to design and
print a habitat that could be used for deep space exploration,
including the agency’s journey to Mars, as well as have applications on
Earth today. (10/9)
Lockheed Reveals Next-Gen ICMB
Partners; Northrop, Boeing Silent (Source: Defense News)
Lockheed Martin today revealed the industry partners on its bid to
design America’s next intercontinental ballistic missiles, as
competitors Northrop Grumman and Boeing are staying silent on their
teams. John Karas, Lockheed Martin vice president and Ground Based
Strategic Deterrent (GBSD) program manager, also revealed that the Air
Force is open to bids that feature mobile control sites as part of the
proposal.
The Lockheed GBSD offering teams the world’s largest defense company
with General Dynamics, which will focus on weapon system command and
control; Draper Laboratories, which will help develop the guidance
navigation and control systems; Moog, to provide the cross-vector
control systems; and Bechtel, to help develop the launch facilities.
(10/13)
Mission Prepares for Next Jupiter Pass
(Source: NASA JPL)
Mission managers for NASA's Juno mission to Jupiter have decided to
postpone the upcoming burn of its main rocket motor originally
scheduled for Oct. 19. This burn, called the period reduction maneuver
(PRM), was to reduce Juno's orbital period around Jupiter from 53.4 to
14 days. The decision was made in order to further study the
performance of a set of valves that are part of the spacecraft's fuel
pressurization system. The period reduction maneuver was the final
scheduled burn of Juno's main engine.
After consulting with Lockheed Martin Space Systems of Denver and NASA
Headquarters, Washington, the project decided to delay the PRM maneuver
at least one orbit. The most efficient time to perform such a burn is
when the spacecraft is at the part of its orbit which is closest to the
planet. The next opportunity for the burn would be during its close
flyby of Jupiter on Dec. 11. (10/14)
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