The Most Detailed Map of
Galaxies, Black Holes, and Stars Ever Made (Source: TED)
Humans have been studying the stars for thousands of years, but
astrophysicist Juna Kollmeier is on a special mission: creating the
most detailed 3-D maps of the universe ever made. Journey across the
cosmos as she shares her team's work on the Sloan Digital Sky Survey,
imaging millions of stars, black holes and galaxies in unprecedented
detail. If we maintain our pace, she says, we can map every large
galaxy in the observable universe by 2060. "We've gone from arranging
clamshells to general relativity in a few thousand years," she says.
"If we hang on 40 more, we can map all the galaxies." Click here.
(6/7)
Arizona's Role in Mapping
the Moon (Source: Space Daily)
When the first humans stepped onto the Moon a half-century ago on July
20, 1969, they knew they were venturing into the unknown. Some had
feared their lander would be swallowed up by bottomless layers of dust
as almost nothing was known about the Moon's surface at the time. But
they knew it wouldn't, thanks in large part to groundbreaking research
being performed at the University of Arizona's then fledging Lunar and
Planetary Laboratory.
When Gerard P. Kuiper founded the laboratory nine years earlier, in
1960, there was skepticism and a lack of interest in humans visiting
the Moon. But reaching the Moon became a priority as the space race
ramped up in the early '60s. Kuiper and his UA laboratory were suddenly
in demand. Now, on the 50th anniversary of the first manned mission to
the Moon marked by the Apollo 11 landing, UA scientists celebrate the
pioneering and pivotal role the UA has held in the explosion of space
science research, helping to shape what we know about our solar system
and beyond. (6/6)
Ascent Abort-2
Preparations 'A Really Good Test Run' For Artemis 1
(Source: Space Daily)
NASA is gearing up for a test of the system that will help keep
astronauts safe when traveling to the Moon aboard agency's Orion
spacecraft. The Ascent Abort-2 (AA-2) flight test will put Orion's
launch abort system (LAS) to work in a high-flying, fast-paced trial
without crew aboard. The test paves the way for Artemis 2, the first
flight of astronauts aboard Orion and the powerful new Space Launch
System (SLS) rocket on a mission to carry humans around the Moon for
the first time in half a century.
Following Artemis 2, NASA will send the first woman and next man to
step foot on the Moon in 2024. For NASA's Exploration Ground Systems
(EGS) and Jacobs Test and Operations Contract (TOSC) teams,
preparations for AA-2 also have provided invaluable opportunities to
prepare for Artemis 1, the uncrewed first flight of SLS and Orion. This
process marked the first time both elements were prepared using the
same sequence and procedures that will be used going forward, providing
valuable experience for the team. (7/6)
NYC to Shanghai in 40
Minutes: SpaceX’s Goal for Point-to-Point Space Travel
(Source: CNBC)
Sending everyday people to space has been a dream since the days of the
Apollo missions but space travel has long been out of reach for all but
a select few humans in history. However, space tourism is slowly coming
closer to reality, with companies like Richard Branson’s Virgin
Galactic and Jeff Bezos’ Blue Origin closing in on taking short trips
up to the edge of space and back. But what if spaceships went farther —
and faster?
A recent UBS report analyzed the market for what’s known as
point-to-point space travel. It’s been touted by SpaceX as one of the
business lines of the massive Starship rocket that Elon Musk’s company
is developing. In essence, point-to-point space travel would be the
equivalent of flying on an airplane across the world — but in less than
an hour, rather than 16 hours. UBS believes that, if the obstacles to
point-to-point space travel can be overcome, the service would
represent an annual market of more than $20 billion.
But some disagree, saying the technology’s safety is nowhere close to
being reliable or that the travel method doesn’t solve key logistical
issues to long haul air travel. Click here. (6/8)
https://www.cnbc.com/2019/06/07/nyc-to-shanghai-in-40-minutes-spacexs-goal-for-point-to-point-travel.html
Space Companies Propose
Ways to Fill Low Earth Orbit with Commercial Habitats
(Source: CNBC)
The private space industry is giving NASA some ideas on how to turn low
Earth orbit — where the International Space Station circulates above
our planet — into an area filled with commercial habitats and platforms
for future space travelers. Potentially, these “destinations” could be
used as locations for in-space research and manufacturing to turn a
profit. But such a commercial utopia in orbit won’t be easy until the
cost of launching to space comes down, says NASA.
Today, NASA released short proposals from 12 commercial companies —
such as Blue Origin, Lockheed Martin, Boeing, and more — on how to
create a viable commercial economy in low Earth orbit, or LEO. NASA
wanted these ideas from the private space industry in order to figure
out the best way to eventually transition the operation of the United
States’ segment of the International Space Station off of the space
agency’s dime. In 2018, the president’s budget request proposed ending
direct government funding to the ISS by the end of 2024. NASA has said
that by then, it wants to transition its operations and the domain of
low Earth orbit to the commercial space industry.
Ultimately, NASA still wants to have access to some kind of human space
station in low Earth orbit, which will let the space agency continue to
conduct research in space. Agency officials have said they would
conceivably pay to have access to a commercially run habitat in the
future. The study summaries (released as a series of slides on NASA’s
website) look at various ways commercial companies could take over
operations in low Earth orbit. Click here.
(6/8)
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