New Super-Sized Earth May
be Close Enough to Detect Signs of Life (Source: USA Today)
Scientists have found a planet the size of a jumbo Earth circling a
nearby star, meaning it is one of the handful of worlds where
astronomers' sensors might be powerful enough to detect signs of life.
The new planet, known as LHS 1140b, receives enough starlight to allow
for liquid water, a prerequisite for life on Earth. It lies 39 light
years from our solar system — not exactly in the backyard, but close
enough that telescopes now under construction may be able to spot
oxygen molecules swarming around it.
“With this discovery we have a world similar to Earth in some aspects,
and dissimilar in some others,” says Amaury Triaud of Britain’s
University of Cambridge, who was not involved with the research. “This
is quite thrilling.” The first subtle signs of the planet’s presence
were recorded in 2014, but no one noticed until Jason Dittmann, then at
the Harvard-Smithsonian Center for Astrophysics, re-analyzed the data.
“It turns out it was lurking there all along,” says Dittmann, now at
MIT. (4/19)
Astronaut's Daughter,
Pilot Selected to Train to be Germany's First Woman in Space
(Source: CollectSpace)
The daughter of a veteran astronaut and an experienced fighter pilot
have been announced as the finalists in a privately-conducted search
for Germany's first woman to fly into space.
Insa Thiele-Eich, a meteorologist and daughter of German astronaut
Gerhard Thiele, and Nicola Baumann, a German united armed forces
fighter pilot, were presented in Berlin on Wednesday (April 19) as the
candidates for a privately-financed, ten-day flight to the
International Space Station. In the course of their training over the
next two years, one of the two women will be selected to launch to the
orbiting laboratory, with the other serving as her backup. (4/19)
Why NASA is Expanding its
'Veggie' Space Program (Source: CSM)
The ability to raise plants in cosmic conditions has been a NASA
priority for years. Future human expeditions to Mars would require a
reliable food supply that would have to remain viable for extended
periods both during the trip to, and on the surface of, the Red Planet.
Experiments like APH will be an important testing ground for
determining the optimal techniques for preparing veggies outside the
confines of Earth, says Chris Wolverton, a professor of botany at Ohio
Wesleyan University in Delaware, Ohio, who currently has a NASA grant
to study plant gravity sensing on the ISS.
"In the near-term, most experts expect astronauts will take the food
they need for basic sustenance with them from the Earth," Dr. Wolverton
tells The Christian Science Monitor in an email. "Plants, especially
leafy greens, are experts at taking up chemical elements and creating
vitamins and other micronutrients that humans need to stay healthy."
The new Advanced Plant Habitat is actually an expansion of a previous
NASA initiative from 2015, known as the Vegetable Production System
(dubbed "Veggie"). The Veggie program soon produced lettuce for the ISS
crew, the first food grown by NASA in space specifically for astronauts
to eat.
The success of Veggie encouraged scientists to go even farther with the
APH initiative. While the Veggie system relied on enclosed plants
processing unfiltered air from inside the station, APH will allow
astronauts to more fully control the environment inside the growing
chamber. APH will also be equipped with a brighter array of LEDs,
including diodes that emit white and infrared light, to potentially
quadruple the output of the Veggie system. (4/19)
Russian Cosmonauts to Try
Fermenting Milk on ISS to Prepare for Long Flights
(Source: Sputnik)
Russian cosmonauts will try fermenting milk on the International Space
Station (ISS) to produce dairy foods and beverages they hope will
sustain space travelers during future long flights outside Earth's
orbit, Fyodor Yurchikhin, who will fly to the ISS on Thursday, told
reporters.
Probiotic products, such as kefir, a creamy drink made of cow’s milk
and traditionally consumed in Russia, contains live bacteria that are
believed to have favorable health effects. "It’s not just about whether
we can make kefir," Yurchikhin said. "These experiments will prepare us
for future long-haul flights to other planets. Our ability to make food
in space will lead to payload weight savings." (4/19)
US Versus UN – Asteroid
Mining (Source: ERAU Avion)
Asteroid mining is the extraction of valuable resources from asteroids
in outer space. While the idea of asteroid mining is not particularly
new, with the first written reference found in the 1898 book “Edison’s
Conquest of Mars,” by Garrett Serviss, the idea did not gain real
traction in the scientific community until recently.
The interest in asteroid mining is not limited to scientists, however,
since at least two US companies are currently researching the idea and
its feasibility. Planetary Resources and Deep Space Industries are two
notable American companies that are exploring asteroid mining.
The interest is so high that the United States recently passed a law
that contains an article that directly concerns asteroid mining and
legalizes it. This law is the Commercial Space Launch Competitiveness
Act (CSLCA), which was signed into law by President Obama in 2015.
(4/18)
Terminal Velocity
Launches Test Spacecraft on Atlas ISS Mission (Source:
Terminal Velocity)
The first RED-Data2 spacecraft of Atlanta-based Terminal Velocity
Aerospace (TVA) have been successfully launched to the International
Space Station (ISS) to begin an approximately 100-day mission in space.
The three small spacecraft lifted off yesterday from Cape Canaveral Air
Force Station aboard the Cygnus cargo vessel S.S. John Glenn, and will
dock with the ISS on April 22nd. The RED-Data2 research mission to
study the performance of advanced heat shields is expected to begin
after approximately 100 days in space, during the reentry and disposal
phase of Cygnus' mission.
TVA's RED-Data2 units are designed to record critical onboard
engineering data from spacecraft reentering the atmosphere. The first
three RED-Data2 flight units are configured to evaluate the performance
of different heat shield materials and thermal protection systems that
may be used on future U.S. space missions. The RED-Data2 units are
carrying instrumentation and embedded thermocouples to record heat
shield performance at high temperatures following their separation from
the Cygnus cargo vessel. (4/19)
SpaceX's Next Launch to
Mark Start of New Era (Source: Orlando Sentinel)
An upcoming launch of a government spy satellite for the National
Reconnaissance Office will mark the first time the U.S. Department of
Defense has used SpaceX for a mission. For at least the last six years,
that arena has been the exclusive domain of competitor United Launch
Alliance, which also launches regularly from Florida.
The satellite is scheduled to launch on a SpaceX Falcon 9 rocket no
earlier than April 30. The NRO revealed in May that it had awarded
SpaceX the upcoming launch. The mission will reflect a new area of
competition for SpaceX and ULA, two of the main launch providers from
the Space Coast. That could mean more business for Florida.
“This satellite was going to launch from Florida anyway,” said Dale
Ketcham, Space Florida’s chief of strategic alliances. “But it reflects
more competition. That will drive down prices and could result in it
being cheaper to get into space, meaning more launches. Competition is
a good thing.” (4/19)
A Republican Favorite,
NASA Escapes Trump’s Budget Ax (Source: Roll Call)
Space exploration was left relatively unscathed when President Donald
Trump released his first budget request in March — especially when
compared with other science and technology programs. The National
Institutes of Health, NOAA, climate change initiatives and energy
research were all significantly cut in the budget outline, but NASA
funding barely received a scratch with a $19.1 billion line item for
fiscal 2018. That proposed 0.8 percent reduction compared to fiscal
2017 annualized levels is a much smaller decrease than the proposed
changes to the other science programs.
When compared with former President Barack Obama’s last budget request,
which asked Congress to appropriate $18.3 billion during fiscal 2017,
the Trump request actually represents an $800 million increase. So,
then, why? A simple answer is that NASA enjoys strong support from key
Republican appropriators as well as GOP congressional leadership, even
if Trump has not said much in the past about the space agency. (4/18)
Africa Look to Space to
Power its Science, Tech, and Military Ambitions (Source:
Quartz)
In January, Ethiopia became the latest African nation to look skyward
and declare its ambitions in space. The country’s ministry of science
and technology announced that it will launch a satellite into orbit in
three to five years to better develop its weather-monitoring
capabilities. This follows the 2015 launch of a privately-funded,
multi-million dollar astronomical observatory in the Entoto hills
overlooking Addis Ababa—the only one of its kind in the region.
That bigger picture is a realization among African countries of the
value space technology holds for economic development, job creation—and
military aspirations. Many African nations lack the human expertise or
capital to fund these projects.
But for those that do, information gleaned from satellites has the
potential to improve agriculture, guard tropical forests from
deforestation, forestall climate change, improve disaster planning, and
provide internet to rural communities. These investments can also
offset the long-term costs of purchasing and maintaining satellites
from foreign governments. (4/18)
New Mexico Rocket Seeks
Historic First (Source: KRQE)
Throughout history, no rocket that blasted off from earth has ever made
it into orbit without using at least one separate booster to help get
its payload there. ARCA Space Corporation in Las Cruces hopes to make
some history a year from now when they launch their first Haas 2CA
rocket from Wallops Island, VA and place a small satellite into orbit,
using no separate booster stages.
The idea of designing revolutionary space vehicles has been a dream for
ARCA founder Dumitru Popescu since creating ARCA during his days as an
aerospace engineering student in Bucharest, Romania in 1998. “Since
then, our clear goal was to build space rocket, and rockets that are
able to put satellites into orbit and someday, even people into orbit,”
he said.
For propulsion, the Hass 2CA uses an old idea that NASA and the
military explored decades ago. It’s s called a linear aerospike engine.
ARCA also does away with cryogenic fuels, the traditional super-cold
liquid hydrogen and oxygen used by many space vehicles today. Instead,
the Haas 2CA will use kerosene and hydrogen peroxide, which do not need
to be kept cold. Between the engine and the fuels, Popescu says his
engine is 30 percent more fuel efficient than today’s traditional
engines. (4/18)
Midland TX Praised for
Cooperation on Radar Facility (Source: Midland
Reporter-Telegram)
What started several years ago as a prototype made of PVC pipe and
chicken wire has become reality, thanks to a bit of help from the
Midland Development Corp. and the city of Midland. A small
ribbon-cutting ceremony was held Tuesday at the MDC offices to
officially celebrate the completion of LeoLabs’ Midland Space Radar,
located on city-owned property in Winkler County known as the T-Bar
Ranch.
The radar is the first in the worldwide network LeoLabs is looking to
build to map space debris hurtling around in low Earth orbit. “We’re
building a worldwide radar network to act as infrastructure for the
entire global space community,” CEO Dan Ceperley said. “The Midland
Space Radar is the first radar built to provide commercial tracking
services. It’s the first radar we built as a company.”
There is a lot of space debris in low Earth orbit, and it threatens to
damage multimillion-dollar satellites if collisions occur. Even a piece
of junk the size of a dime can ruin equipment. The MDC board in
September 2016 agreed to enter into a promotional agreement with
LeoLabs for $60,000 to be paid in equal installments over the course of
five years. Ceperley said the partnership and project moved quickly
because the MDC is in tune with the needs of space startups. (4/18)
NASA Set an Ignominious
Record Last Week (Source: Ars Technica)
No humans have launched into space from US soil for more than five
years, when space shuttle Atlantis made its final voyage. Since that
spacecraft landed on July 21, 2011, a total of 2,098 days have passed.
Former Space Shuttle Program Manager Wayne Hale noted on Twitter
Tuesday that this gap has now surpassed the previous longest US
spaceflight gap—2,089 days—which occurred between the end of the Apollo
program and the first space shuttle mission. (4/18)
Planet Confirms Google
Stake as Terra Bella Deal Closes (Source: Space News)
As Planet announced it has completed its acquisition of rival satellite
imaging company Terra Bella April 18, it confirmed that Google is now a
shareholder in Planet as part of that deal. Planet announced Feb. 3
that it had reached an agreement with Google to acquire Terra Bella.
Google had purchased Terra Bella, then known as Skybox Imaging, in 2014
for an estimated $500 million. At the time, both Planet and Google
declined to disclose the terms of the deal other than that Google
signed a multi-year deal to purchase imagery from Planet.
The deal, though, was rumored to include Google taking a stake in
Planet. In an April 18 blog post announcing that the deal had closed,
Planet co-founder and chief executive Will Marshall confirmed that.
“We’re also delighted to welcome Google as a shareholder and customer,”
he wrote. (4/19)
Spaceflight Key In Big
Data’s $1 Trillion Economic Impact (Source: Aviation Week)
Planet Labs has achieved its long-awaited “Mission 1” with the launch
of 88 tiny “Dove” satellites in one liftoff on Feb. 14 (see video). Now
the classic Silicon Valley garage startup can update its imagery of
every spot on Earth, every day. The “flock” of satellites the company
launched on an Indian Polar Satellite Launch Vehicle brought the total
number of Doves in low Earth orbit to 149. (4/19)
On Key Controversial
Issues, Hawaii Not as Divided as it Appears (Source:
Hawaii News Now)
A new poll sheds light on some of the most controversial issues facing
the state, and shows opinions aren't as divided as some might think.
When it comes to the Thirty Meter Telescope atop Mauna Kea, 72 percent
of likely voters said they supported it. On the Big Island, 68 percent
of residents said they favored it, 15 percent more than two years ago.
(4/19)
NASA’s Plan for When the
Next Asteroid Strikes Earth (Source: Quartz)
Here’s the scenario: It’s 2016, and about 250 million miles from Earth,
a chunk of silicon rock 400 ft in diameter is ripped out of the
asteroid belt by the gravity of Jupiter and Mars. As it whizzes through
outer space at tens of thousands of miles per hour, it gets closer and
closer to Earth.
When ground-based telescopes finally spot the asteroid, tens of
millions of miles away, it’s just an unconfirmed data point swept into
a constantly growing database at the Minor Planet Center operated by
the Smithsonian Astrophysical Observatory in Cambridge, Massachusetts.
Amateur astronomers and international observatories attempt to
corroborate the observation, and as more data pours in, the center’s
computers calculate the asteroid’s orbit. Click here.
(4/19)
NASA Puts $50M Into
Creating Fusion Thrusters, Space Robots and Much More
(Source: GeekWire)
Fusion-driven rockets, remote control systems for space robots, and
satellites that build themselves up in orbit are among the
made-in-Washington projects getting a share of $49.9 million in NASA
grants. Seven businesses in Washington state will benefit from NASA’s
latest round of Small Business Innovation Research grants and Small
Business Technology Transfer grants, announced today.
The two programs, known as SBIR and STTR, are aimed at encouraging the
development of commercial innovations that could come in handy for
NASA’s space missions. (4/19)
NASA Picks STTR Phase I
Winners, Including Two Florida Projects (Source: NASA)
NASA has selected 399 research and technology proposals from 277
American small businesses and 44 research institutions that will enable
NASA's future missions into deep space, and advancements in aviation
and science, while also benefiting the U.S. economy. The awards have a
total value of approximately $49.9 million.
The agency received 1,621 proposals in response to its 2017
solicitation for its Small Business Innovation Research (SBIR) and
Small Business Technology Transfer (STTR) programs. From those, NASA
selected 338 SBIR and 61 STTR Phase I proposals for contract
negotiations. The SBIR Phase I contracts last for six months and STTR
Phase I contracts last for 12 months, both with maximum funding of
$125,000. The Florida winners include:
Jaycon Systems or Melbourne teamed with Florida Tech of Melbourne for
Vision-Based Navigation for Formation Flight onboard ISS; and
Streamline Numerics of Gainesville teamed with Stanford University in
California for High Performance Simulation Tool for Multiphysics
Propulsion Using Fidelity-Adaptive Combustion Modeling. (4/19)
NASA Picks SBIR Phase I
Winners, Including 8 From Florida (Source: NASA)
NASA has selected 399 research and technology proposals from 277
American small businesses and 44 research institutions that will enable
NASA's future missions into deep space, and advancements in aviation
and science, while also benefiting the U.S. economy. The awards have a
total value of approximately $49.9 million.
The agency received 1,621 proposals in response to its 2017
solicitation for its Small Business Innovation Research (SBIR) and
Small Business Technology Transfer (STTR) programs. From those, NASA
selected 338 SBIR and 61 STTR Phase I proposals for contract
negotiations. The SBIR Phase I contracts last for six months and STTR
Phase I contracts last for 12 months, both with maximum funding of
$125,000. The Florida winners include:
Innovative Space Technologies of Orlando for Ultra-Lightweight
Multifunctional Magnesium Alloy Shielding Structures; Interdisciplinary
Consulting Corp. of Gainesville for Fast Response, Fiber-Optic
Micromachined Five-Hole Probe for Three-Dimensional Flow Measurements
in Harsh Environments; Interdisciplinary Consulting Corp. of
Gainesville for High Channel Count, High Density Microphone Arrays for
Wind Tunnel Environments; Mainstream Engineering of Rockledge for High
Lift Heat Pump; Micro Aerospace Solutions of Melbourne for Affordable
Integrated GPS-Actuator GN&C System for Small Launch Vehicles;
R Cubed Engineering of Palmetto for High Integrity GPS Solution for
Trusted Automatic Dependent Surveillance - Broadcast (ADS-B); Troxel
Aerospace Industries of Gainesville for Robust Multicore Middleware;
and VINMA Systems of West Melbourne for Resiliency Evaluation,
Assessment and Contingency Tools. (4/19)
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