NASA's Mission Control
Team Shifts to Younger Recruits (Source: Houston Chronicle)
Ask Chris Kochling what inspired him to be a NASA flight controller and
he'll point to the heroic ingenuity and quick thinking of the men on
the Mission Control room floor during Apollo 13. If it weren't for
those men, the three astronauts on the 1970 mission likely would never
have returned home after an oxygen tank explosion forced them to abort
their trip to the moon.
But when Kochling describes this scene, he's not talking about
listening with rapt attention to the NASA airwaves - he wasn't even
alive then. The 23-year-old is talking about watching the 1995 film
"Apollo 13" starring Tom Hanks and Kevin Bacon.
NASA officials have found that younger flight controllers can better
handle the unique demands of operating the space station, said Daryle
Kuecker, who recruits and hires future flight controllers, because it
requires 24/7 monitoring of both the station and its inhabitants 365
days a year. "It's shift work, so, quite honestly, the shift work is
easier for folks that are younger," Kuecker said. "It's difficult when
you have young children and you have the midnight shift." (2/18)
Russia Urged to Join
Orbital Neighborhood Watch (Source: Space News)
To prevent collisions in space, nations with advanced orbital
monitoring abilities need to share data with each other. Russia, being
skilled in space situational awareness (SSA), should be part of the
global effort to protect the space environment, experts said March 15
at the Satellite 2018 conference here.
“When we tend to talk about international SSA, we tend to focus on
‘friends and family’ type of people,” said Victoria Samson, Washington
office director for the Secure World Foundation, a U.S. nonprofit
focused on space sustainability. “The Russians have an excellent SSA
network, and the question is: is there any way we can access that sort
of capability?” (3/16)
Loral Warns of Possible
Telesat Legal Battle, Xtar Restructuring (Source: Space
News)
Loral Space and Communications wants to move ahead with a “strategic
transaction” involving fleet operator Telesat that may spark a legal
fight with Telesat’s other major shareholder, a Canadian pension fund.
The long-simmering Telesat conundrum is coming to a boil as Xtar —
another fleet operator majority-owned by Loral — falls
further behind on lease payments to co-owner Hisdesat of Spain, and
owes more than $70 million for capacity it’s struggling to sell. (3/16)
China Outlines Two-Phase
Chang'e 4 Moon Lander Mission (Source: Space.com)
Later this year, the moon's far side will welcome its first robotic
visitor — China's Chang'e 4 lander. Zhao Xiaojin, a senior official at
the China Aerospace Science and Technology (CAST), explained that the
nation's two-phase Chang'e 4 mission is being readied for launch this
year.
"In the first half of 2018, we will first launch a relay satellite to
Lagrange L2 Point, where the satellite can keep communication with both
the far side of the moon and the Earth," Zhao said. Launch of the
Chang'e 4 lander is slated for the second half of 2018. After
performing a soft touchdown on the lunar far side, the craft will
"conduct in-situ and patrol exploration at the landing site," Zhao
said. (3/16)
China Launches Land
Exploration Satellite (Source: Xinhua)
China launched a land exploration satellite into a preset orbit from
the Jiuquan Satellite Launch Center in the Gobi desert of the country's
northwest. The satellite is the fourth of its kind and mainly used for
exploration of land resources by remote sensing. A Long March-2D rocket
carried the satellite into space. The launch was the 268th mission of
the Long March rocket series. (3/17)
Dawn Observations
Indicate Ceres is Geologically Active (Source: SpaceFlight
Insider)
NASA’s Dawn spacecraft, which has been orbiting Ceres for three years,
has observed changes on the dwarf planet’s surface indicating it is a
dynamic, geologically active world. Two separate studies published in
the journal Science Advances discuss these changes with one centering
on the changing amounts of water ice and the other discussing the
formation and distribution of carbonates.
The probe’s Visible and Infrared Spectrometer (VIR) found water ice in
12 sites on Ceres’ surface. According to NASA, a study showed these
these concentrations were especially high in the northern wall of the
12-mile wide Juling Crater. Between April and October 2016, the level
of water ice on that crater wall noticeably increased. “This is the
first direct detection of change on the surface of Ceres,” Raponi said.
(3/17)
The Legal Battle to
Colonize Mars (Source: The Outline)
Legally speaking, settling space isn’t as easy as Trump and Musk
suggest. The foundational piece of space legislation is the Outer Space
Treaty, which was ratified by the US, USSR, and dozens of other nations
in 1967. Per the treaty, nations aren’t allowed to place “nuclear
weapons” or “weapons of mass destruction” in outer space, period. And
any celestial body — such as an asteroid, the Moon, or Mars — must be
used “exclusively for peaceful purposes.” Depending on what Trump had
in mind for the “Space Force,” this may put a damper on his plans.
The treaty spells problems for Musk as well. It states that nothing in
space can become national territory, meaning that any base or
settlement on Mars would have to be free to use by anyone else who can
travel there. A person can’t just set up a colony, claim independence,
and create rules that restrict access to it. According to Michael
Listner, attorney and founder of the private firm Space Law &
Policy Solutions, this aspect of the treaty directly conflicts with
Musk’s plans to settle Mars. Click here.
(3/17)
Air Force: GPS Satellites
Vulnerable to Attack (Source: Washington Free Beacon)
Global Positioning System satellites that guide both precision guided
weapons and car navigation systems are vulnerable to attack from
Chinese and Russian lasers and missiles, Air Force officials told
Congress. Air Force Secretary Heather Wilson said in House testimony on
Wednesday that her service is working on developing jam-proof GPS
satellites that currently can be disrupted by a variety of weapons.
"With respect to the threat that we face, I think it's everything from
jamming from the surface or a cyber attack, to direct-ascent satellite
weapons, either from Russia [or] in 2007 the Chinese tested an
anti-satellite weapon and spread debris all over orbit," Wilson told a
House Appropriations defense subcommittee hearing. (3/16)
SpaceX is Making Big
Money Moves (Source: Tech Crunch)
Planning a Mars mission, a global telecommunications network for
inexpensive internet service and creating an interplanetary hedge
against World War Three isn’t cheap, so it’s no wonder that SpaceX is
closing on $500 million in new cash through a financing round led by
Fidelity, according to multiple sources with knowledge of the round.
Responding to clamoring demand from investors and their own desires to
cash out (at least a little bit), existing shareholders in the company
are creating several special purpose vehicles to sell shares on the
secondary market — with our sources saying those secondary offerings
could total an additional $500 million. (3/16)
Why Donald Trump's Space
Force and Mars Trip Won't Happen (Source: Time)
This time, even the military isn’t buying what Trump is selling. In
July of last year, when Congress actually considered funding a space
force, Defense Secretary Jim Mattis shot it down. “At a time when we
are trying to integrate the Department’s joint war-fighting functions,
I do not wish to add a separate service that would likely present a
narrower and even parochial approach to space operations,” he wrote.
Still, there’s Mars, right? We’re going there very soon, right? No. No,
we’re not. Ever since the first moon landing, in 1969, the rule for
Mars has always been that we’re going there, we just never actually get
there. First, the target date was 1975, then 2019 — chosen because it
will be the fiftieth anniversary of that moon landing. Now it’s 2035 or
so. Elon Musk, the head of SpaceX, has claimed he could get there by
2024. (3/16)
How Should the US Engage
China in Space? (Source: The Diplomat)
China is striving to become a space power that rivals or surpasses the
United States, Russia, and Europe. In September 2006, China tested
lasers against U.S. imagery satellites in a manner that could
potentially blind or damage them in future conflict. For U.S.
officials, this event and China’s subsequent destruction of its own
weather satellite in 2007 signaled that space was a “contested domain.”
Subsequently, in 2011, U.S. lawmakers passed legislation that banned
cooperation between NASA and the China National Space Administration –
largely in response to China’s history of espionage against U.S.
technical industries. The 2018 U.S. National Defense Strategy
categorized China as a revisionist power, and through this lens, it
seems strategically sound for the U.S. to shield its precious technical
advantages from a potential adversary.
Nevertheless, some NASA officials insist that the United States should
still collaborate with China to capitalize on a revolutionary period of
high technical exchange between China and other space powers. Other
officials warn that if the U.S. and China do not find meaningful ways
to cooperate in space, relations could devolve into greater mistrust
and lead to conflict. (3/17)
Maryland Senator Aims to
Protect NASA Science Programs (Source: Space Policy Online)
Senator Chris Van Hollen (D-MD) vowed that he will fight to protect
scientific integrity at NASA and to fund NASA’s programs, especially
science. He is a member of the Senate Appropriations
Committee’s Commerce-Justice-Science (CJS) subcommittee. He
added that he hopes the issue of finding a new NASA Administrator is
resolved as soon as possible. (3/15)
Coming Soon: Experience
Live Rocket Launches in Game-Changing Augmented Reality
(Source: Florida Today)
A fusion of futuristic technology and traditional rocket launch
coverage will make its way to mobile devices next month with an app
called 321 Launch. Thanks to augmented reality, or the overlay of
digital objects onto the real world, users will be able to explore
spaceflight like never before – both as a standalone experience to
assemble and launch a rocket, as well as real-time, live coverage of
launches from the Space Coast. Live updates by Florida Today and live
video will also be incorporated, giving users the full experience of
liftoff. (3/16)
SpaceX to Fly Life
Support System on Uncrewed Dragon Test Flight (Source:
Florida Today)
It sounded risky: NASA had given SpaceX a waiver allowing it not to fly
life support on the first, uncrewed test of its Dragon 2 astronaut
capsule, U.S. Rep. Mo Brooks asserted during a recent budget hearing.
As a result, critical systems providing oxygen, carbon dioxide
absorbers and heating and cooling would not be shaken out in orbit
before astronauts strapped in for the next test flight.
“What is NASA’s reasoning for skipping this stage?” Brooks (R-AL) asked
NASA Acting Administrator Robert Lightfoot. “And that’s assuming the
information I have is correct. First, is the information I have
correct?” Not exactly. SpaceX says it does plan to fly life support on
the uncrewed test it calls Demo-1, which schedules currently show
lifting off from the Cape Canaveral Spaceport on a Falcon 9 rocket in
August.
NASA’s Commercial Crew Program did not require the uncrewed test
flights to fly Environmental Control and Life Support Systems, or
ECLSS, as the systems are formally known. “NASA assessed the uncrewed
test flight vehicle configurations against the test objectives and
jointly agreed with the companies that certain hardware was not
required to meet the uncrewed test flight objectives,” the agency said.
(3/16)
Bezos and National
Reconnaissance Office Talk About Space and Innovation
(Source: GeekWire)
Amazon billionaire Jeff Bezos paid a visit to the National
Reconnaissance Office this week — which fits right in with his plan to
participate in national security space missions through his Blue Origin
space venture. Based on the readout from the NRO, the nation’s
spy-satellite agency is also interested in what Bezos had to say about
technological innovation. (3/16)
Musk: 'SpaceX is in a
Different League to People like Richard Branson' (Source:
GQ)
"What I'm doing at SpaceX is in a different league to people like
Richard Branson and [Amazon founder and Blue Origin pioneer] Jeff
Bezos. Our vehicles have around 100 times more energy than Richard
Branson's. What he's doing is great - in fact, I've bought a ticket!
But there is a pretty big distinction: what he's doing will be a really
fun joyride, but there's no path to making life multi-planetary, which
is our goal. We want to put life on Mars." (3/16)
Musk: California Was Key
(Source: GQ)
"None of this would have been possible if I hadn't been living in
California. There's no better place in the world for technology
start-ups than Silicon Valley; there's such an incredible well of
talent and capital and resources. The whole system is set up to foster
the creation of new companies." (3/16)
Elon Musk Isn't Taking
Deadly Space Radiation Seriously (Source: Inverse)
SpaceX founder Elon Musk can’t wait to bring people — and probably,
regrettably, brands — to Mars. But unless he starts taking space
radiation seriously, Musk’s Martian bachelor pad will more closely
resemble a barren litter box. A physicist tells Inverse the problem of
radiation on Mars is more dire than scientists previously assumed.
According to a new study published in the journal Space Weather, levels
of galactic cosmic rays (GCR) are much higher than what scientists
typically see at this stage in the solar cycle. GCRs are high-energy
protons and heavy ions from outside our solar system, which lose
electrons as they beam through space at around the speed of light.
(3/16)
How Labs in Space Could
Pave the Way for Healthcare Breakthroughs on Earth
(Source: Tech Republic)
In 2006, in a small office in Lexington, KY, several scientists and
researchers from Morehead University, the University of Kentucky, the
University of Louisville, Murray State University, Western Kentucky
University, and a handful of community colleges, began designing and
building tiny, cube-shaped orbital satellites to send into space. They
were members of the nonprofit Kentucky Space, LLC, and their
satellites, which they began launching in 2011, were about the size of
a tissue box.
It was the beginning of a venture into a new way to harness the powers
of outer space—especially aimed at innovation in medicine. Clements and
a team of electrical, mechanical, computer, and biomedical engineers
got to work designing TangoLab-1, an automated lab that they launched
into space and attached to the ISS in August 2016. "It's a laboratory,"
said Clements, "just without [normal] gravity. It's a state of
pressure, with normal room temperature. You've got the electricity, the
cooling loops, and everything else a regular laboratory has."
Then, Space Tango developed TangoLab-2, which has an upgraded cooling
system, and installed it on the ISS in August 2017. "It went from this
very weird cartoonish-looking mailbox to this sleek machine," Clements
said. The lab is simple for astronauts to set up. "They plug in these
large cards that look like you're putting RAM into a computer, slide it
in, and that's it," said Clements. "They close the door, and they turn
it on." From there, Space Tango can control it from the ground. (3/16)
Musk Predicts How the
Martian Government Will Operate (Source: Inverse)
“Most likely, the form of government on Mars would be something of a
direct democracy […] where people vote directly on issues instead of
going through representative government." Last year, Musk revealed his
plans to pay for a colony on Mars while speaking at the International
Astronautical Congress, so it only makes sense that the next step in
planning would focus on governing systems.
Musk compared an early Martian community to a fledgling United States
in the late 18th century, one wherein laws would be short and the
democratic system would be immediate. “When the United States was
formed, representative government was the only thing that was
logistically feasible,” he said. “There was no way for people to
communicate instantly." (3/15)
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