USF Scientist Advises on How to
Protect Europa From Earthlings (Source: Science)
In less than a decade, NASA will send a spacecraft to Jupiter’s moon
Europa. Once there, a lander will navigate the world’s icy surface for
about 20 days and attempt to probe its hypothesized vast subsurface
ocean. But whether or not Europa contains life, how can we avoid
contaminating it with our own? That was the focus of a session here
yesterday at the annual meeting of AAAS, which publishes Science.
Part of the problem, said session speaker Norine Noonan, a biologist at
the University of South Florida in Tampa who previous served as chair
of NASA’s Planetary Protection Advisory Committee, is that humans are
“autonomous microbial growth distribution systems.” Our bodies “spew
fountains of bacteria,” she told attendees, and these microbes hitch
rides on sensitive space equipment despite efforts to sterilize it. “If
you take a 2-billion dollar rover to Mars to study the organic microbes
you brought with you, it’s not cost effective.” Click here.
(2/18)
India's Energy Needs May be Met by the
Moon (Source: DNA)
The Sun has always been a source of energy for the world. But an
untapped source of power may soon be able to meet all of India’s energy
requirements. And that’s the Moon. Sivathanu Pillai, a distinguished
professor at the Indian Space Research Organization (ISRO) stated that
our country can meet its energy demands through Helium-3 mined from the
Moon. By 2030, this process target will be met," Pillai said. (2/18)
Expert Panel Supports Study to
Accelerate First Crewed SLS Mission (Source: Space News)
A panel of former NASA astronauts and officials offered tentative
support for an agency study to examine putting a crew on the first
flight of the Space Launch System. The witnesses, which included two
former astronauts, a former chief scientist and a former center
director, were asked during a hearing on NASA by the House Science
Committee. (2/18)
SpaceX Launches From NASA's Historic
Moon Pad, Lands Nearby (Source: AP)
NASA's historic moonshot pad is back in business. A SpaceX Falcon
rocket blasted off Sunday morning from Kennedy Space Center's Launch
Complex 39A. It was visible for just seconds before ducking into clouds
on its way to the International Space Station, with a load of supplies.
Astronauts flew to the moon from this very spot nearly a half-century
ago. The pad was last used for NASA's final shuttle mission nearly six
years ago. This is SpaceX's first launch from Florida since a rocket
explosion last summer. As an extra special treat, SpaceX landed the
booster rocket back at Cape Canaveral following liftoff, for only the
third time. (2/19)
KSC Showcases its Future as Multi-User
Spaceport (Source: SpaceFlight Insider)
NASA has made major strides in its seven-year effort to transform
Kennedy Space Center (KSC) into a multi-user spaceport. Efforts to date
include modifying Launch Complex 39B and the Vehicle Assembly Building
(VAB) to support the Space Launch System (SLS), institutional and
infrastructure changes to support commercial customers, and changes to
one of the Shuttle Orbiter Processing Facilities (OPFs) to support the
Boeing CST-100 Starliner.
Director of KSC since 2008, former astronaut Bob Cabana has been the
driving force behind the center’s efforts to transition from a
government operation supporting only the Space Shuttle to a
public-private facility capable of supporting NASA and multiple
commercial customers. These changes have included leasing launch
facilities like LC-39A to SpaceX for 20 years. “We didn’t need it. 39B
can support three launches a year […] otherwise it would have sat there
and rusted.”
In cooperation with Space Florida and the U.S. Air Force, KSC has
leased properties and facilities to SpaceX, Boeing, and Blue Origin to
support new rocket manufacturing, launch, and landing facilities. The
Florida Fish & Wildlife Conservation Commission (FWC) also has a
say in what happens at the center, as they are responsible for
performing controlled burns to prevent forest fires on the Merritt
Island Wildlife Refuge. (2/18)
Shotwell Enlightens on SpaceX Pad
Improvements (Source: SpaceFlight Insider)
“There’s some work to do on the pad … We have the crew arm to put in
and we’ve got some other upgrades as well,” SpaceX President Gwynne
Shotwell said. While SpaceX’s current manifest does not require adding
to LC-39A’s Fixed Service Structure, Shotwell said that the company
would need to add some height to the 305-foot (93-meter) structure if
it wants to add vertical integration capabilities for national security
payloads.
“We’re good where we are with crew [launches],” Shotwell said,
referring to the current structure. She said SpaceX plans to add a crew
access arm for Crew Dragon before the end of the year. SpaceX is also
working to make all its launch pads operational. Space Launch Complex
40 is expected to be back online this summer while the company’s work
on its new spaceport in Brownsville, Texas, is doing “dirt work.” (2/18)
Why NASA is Sending a Superbug to the
Space Station (Source: CNN)
An antibiotic-resistant superbug will be launched on a SpaceX Falcon 9
rocket Sunday from the same Kennedy Space Center launch complex where
the first manned mission to the moon lifted off and then the bug will
be studied by astronauts on the International Space Station. Before you
start to worry, this isn't a sign of an impending apocalypse.
Working in conjunction with NASA, lead researcher Dr. Anita Goel hopes
that by sending MRSA bacteria to a zero-gravity environment, we can
better understand how superbugs mutate to become resistant to available
antibiotics. Goel is also interested to see the changes in the gene
expression patterns of this bacteria. (2/18)
NASA's Next Frontier Is Washington
(Source: The Atlantic)
NASA’s Apollo-era budget accounted for 4.5 percent of the federal
budget, while today’s budget is less than half a percent. Plus, there’s
no Cold War driving national pride to make those tax dollars seem worth
it. Lawmakers that handle space policy are aware of this reality. “It
is very difficult to explore a universe of infinite wonder with a
finite budget,” Brian Babin, the Republican congressman from Texas who
chairs the Space Subcommittee, said Thursday.
But that doesn’t stop lawmakers from interrogating NASA folks about
when they’re going to get the big stuff done. Many members at the
hearing wondered when, exactly, Americans would be flying to Mars. Two
congressmen from Colorado held up bumper stickers with photos of the
Red Planet and the year 2033 in big letters. One asked whether NASA
could shave off a year and make it 2032. (2/17)
Due to Concerns About Engine, Juno to
Remain in Elongated Jupiter Orbit (Source: Ars Technica)
When NASA sent a series of commands to the Juno spacecraft’s main
engine last October, the spacecraft did not respond properly: two
helium check valves that play an important role in its firing opened
sluggishly. Those commands had been sent in preparation for a burn of
the spacecraft’s Leros 1b engine, which would have brought Juno—a $1.1
billion mission to glean insights about Jupiter—into a significantly
shorter orbital period around the gas giant.
Due to concerns about the engine, NASA held off on a “period reduction
maneuver” that would shorten Juno’s orbital period from 53.4 to 14
days. When the next chance to do so came in December, again NASA held
off. Now the space agency has made it official—Juno will remain in a
longer, looping orbit around Jupiter for the extent of its lifetime
observing the gas giant. (2/17)
NASA Moving Fast on New Moon Shot,
'Urgent' to Increase Budget (Source: Huntsville Times)
Whatever decision NASA makes regarding a new moon shot, it has to make
fast, Acting Administrator Robert Lightfoot Jr. said. "I'm giving them
a short fuse," Lightfoot told a large crowd of the National Space
Club's Huntsville chapter. He referred to the team he has asked to
study whether NASA can fly astronauts on the first launch of its new
Space Launch System. It had planned to fly them on the second launch.
"It's just a study," Lightfoot cautioned. "I understand the challenge."
But Lightfoot said, "It's an urgent thing to get the dollars up if
we're going to do this." Driving that urgency is the next federal
budget, and NASA will need a bigger piece to get ready to launch a crew
in 2019 or 2020. (2/17)
New NASA Teams Will Make Human Mars
Missions Light and Efficient (Source: New Scientist)
For a crewed mission into deep space, every piece of technology and
equipment has to be better: lighter, stronger, multi-purpose. NASA just
funded two new teams of researchers to form Space Technology Research
Institutes (STRIs) working toward that goal. The new institutes will
develop materials to allow astronauts to travel lightly to Mars, and
biological and microbial technology to make them self-sufficient when
they get there.
Each institute consists of researchers that span a variety of
disciplines and institutions, all working together in one relatively
narrow area of technology. The two new teams are called the Institute
for Ultra-Strong Composites by Computational Design (US-COMP) and the
Center for the Utilization of Biological Engineering in Space (CUBES).
US-COMP will focus on creating new materials for vehicles, habitats,
and whatever other structures astronauts will need on Mars. “The
materials that are currently available have the necessary strength
requirements, but are too heavy for extended missions and would require
excessive fuel consumption,” says US-COMP team leader Gregory Odegard
at Michigan Technological University. Click here.
(2/17)
BLM Signs Decision Record on the
Spaceport America's Southern Road Improvement (Source: KRWG)
The Bureau of Land Management (BLM) Las Cruces District announced today
that it signed the Finding of No Significant Impact (FONSI) and
Decision Record for the proposed Southern Road Improvement Project
(Project), a 23.6-mile section of county roads in Doña Ana and Sierra
Counties. (2/17)
Cruz, Nelson Champion American
Leadership and Exploration in Space (Source: Senate CST)
The U.S. Senate unanimously passed S. 442, The NASA Transition
Authorization Act of 2017, which was introduced by U.S. Sen. Ted Cruz
(R-TX), along with Sens. Bill Nelson (D-FL), Marco Rubio (R-FL), Gary
Peters (D-MI), John Thune (R-SD), Tom Udall (D-NM), Patty Murray
(D-WA), and John Cornyn (R-TX). The legislation provides stability for
NASA to sustain and build upon existing national space investments
designed to advance space exploration and science with an overall
authorization level of $19.508 billion for fiscal year 2017.
(2/17)
Do You Have The Right Personality For Long-Term Space Travel? (Source:
Seeker)
The longest consecutive amount of time anyone has spent in space was
roughly 438 days. That's a long time to be up there, and a mission to
Mars and back could take even longer, leaving astronauts alone, in
confined spaces, deep in the reaches of the cosmos.
But prolonged isolation is, to put it simply, not always great for
humans. According to the book Space Psychology and Psychiatry, long
duration space travelers have reported depression, abnormal weakness
and loss of energy. Another major problem in long term space travel is
something termed the "third quarter phenomenon". Click here.
(2/18)
SpaceX Pushes Back Red Dragon Mission
to Mars by 2 Years (Source: Parabolic Arc)
SpaceX will delay its 2018 Red Dragon mission to Mars at least two
years to better focus its resources on two programs that a running
significantly behind schedule. “We were focused on 2018, but we felt
like we needed to put more resources and focus more heavily on our crew
program and our Falcon Heavy program,” Shotwell said at a pre-launch
press conference in Cape Canaveral, Florida. “So we’re looking more for
the 2020 timeframe for that.”
The mission will land a modified Dragon spacecraft on the martian
surface. SpaceX CEO Elon Musk said he planned to launch Dragons to the
surface every two years beginning in 2018, culminating in a crewed
mission in 2024. (2/17)
When's the Next SpaceX Launch? An
Updated Calendar (Source: Inverse)
Since launches can be delayed for all sorts of reasons — from accidents
to inclement weather, the calendar changes regularly. This is what we
know: SpaceX is essentially planning a launch every few weeks for the
next few months. You can watch live webcasts of SpaceX launches — and
the droneship landings — at spacex.com/webcast. Because a number of
scheduled flights had to be delayed because of the explosion of a
Falcon 9 rocket in September, the upcoming SpaceX calendar is
chock-full of rocket launches. Click here. (2/18)
https://www.inverse.com/article/27731-spacex-next-launch-calendar
Delays Expected in SpaceX, Boeing
Astronaut Capsules (Source: LA Business Journal)
SpaceX and Boeing Co. should expect to experience delays in certifying
their astronaut transport capsules for use by NASA astronauts, says a
U.S. government watchdog agency. The Government Accountability Office
released Thursday a report saying that the two companies, which are
each building spacecraft that will carry astronauts to the
International Space Station, will likely have to put off final
certification until 2019. (2/18)
Republicans Aim to Prioritize NASA
Space Exploration Efforts Over Environmental Research (Source:
IJR)
Republican lawmakers have begun working to fund space exploration
projects over environmental research within NASA. The House Science,
Space, and Technology Committee held a hearing on the future of NASA on
Thursday morning. Republicans, many of whom doubt the validity of
concerns surrounding climate change, took issue with Obama-era
increases in NASA earth science funding.
Sen. Ted Cruz (R-TX), chairman of the Senate Subcommittee on Space,
Science, and Competitiveness, emerged as a leader in the fight to
re-prioritize space exploration. The Senate could pass Cruz's NASA
reauthorization legislation once again as early as Friday. Republicans
in both houses of Congress are in agreement with Cruz's priorities for
NASA.
A spokesman for Rep. Bill Posey (R-FL), a member of the House Committee
on Science, Space, and Technology, told IJR about his goals for NASA in
the new Congress: “The shift back towards NASA should be focused on
space exploration. We have one agency that studies space. We have
something like sixteen others that focus on climate issues.” (2/17)
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