Mission Possible: Tourism in Space
(Source: New Indian Express)
After a piggy-back lift into the skies atop an airplane, the space
plane suddenly breaks away and its hydrogen-powered rockets send it
hurtling up towards the heavens. Higher and higher the space vehicle
goes, more than 100 kilometres up. A soothing woman’s voice talks to
passengers over the intercom and now, the stars are visible as the
glider with its panorama windows flies in a parabolic trajectory.
Some time later, it lands back on earth. Such is the vision. As
projected by V-Plane, a Hamburg company that designs small aircraft,
the space ride would cost 150,000 euros ($185,000) per person. The idea
has been partially developed, but so far, it’s only virtually
available, as a video film, because the project isn’t making much
headway.
“It’s simple in principle,” says Joachim Lau, chief executive of
V-Plane as he sits in his office. Next to him is a model of the
so-called suborbital aircraft, which would carry eight passengers. It’s
initial ascent, on a regular plane, would take it to an altitude of 12
kilometres, before the rockets fire. For five minutes at the top of the
trajectory, the passengers would experience weightlessness. Booster, an
international consortium based in Belgium, commissioned the Hamburg
company six years ago to help it conceive the project. (10/4)
Tycoons in Space: One in Orbit and One
Still Grounded (Source: Daily Beast)
Richard Branson and Elon Musk have taken very different paths in their
race to the heavens. But one is far ahead. Elon Musk has just blown my
mind. In an astonishing interview with Ross Andersen in the online
magazine Aeon, he combines a apocalyptic view of earth’s future with a
visionary assessment of the practicality of space travel.
This came just a week after a cargo-carrying Dragon space capsule,
built by Musk’s company SpaceX, arrived at the International Space
Station. Following a flawless journey from Cape Canaveral in Florida,
it delivered more than two tons of much-needed supplies. This is the
point: Musk isn’t just another Trekkie musing on the future of manned
space travel; starting from scratch, he’s successfully building the
stuff to go there.
At around the same time the Dragon docked with the space station, some
200 miles below on earth, Branson was announcing a new sponsor for his
Virgin Galactic program to introduce space tourism: Grey Goose vodka.
Nothing could better describe the differences between Branson and Musk
than these two events. This was the Dragon’s fourth successful mission
into space. Virgin Galactic’s space program has yet to reach space,
even though it was originally supposed to be taking tourists for the
ride of their lives by 2007. (10/5)
EDCs to Monitor SpaceX (Source:
Valley Morning Star
The economic development corporations in McAllen and Harlingen built
stipulations into their agreements with SpaceX to ensure that
commitments promised in exchange for incentives will be met. Elon
Musk’s SpaceX, which designs and manufactures its Falcon rockets and
Dragon spacecraft, is developing the world’s first commercial private
orbital launch site at Boca Chica near Brownsville in Cameron County.
The state and several Rio Grande Valley agencies, including McAllen and
Harlingen, worked to land the $100 million-plus project. The effort
captured is expected to transform South Texas into an aerospace hub,
rich in educational, research, development, and employment
opportunities. Total grants and tax abatements for SpaceX equal about
$30 million.
McAllen and Harlingen together will offer nearly $1 million of that, a
significant amount for agencies with limited revenue streams, but that
recognize that their communities also are poised for explosive growth.
They also ensured that their cities will benefit in a tangible way that
can be measured. Reporting requirements, job creation, and direct
investments are built into the agreements. (10/4)
Texas Border Town to Become Next Cape
Canaveral (Source: USA Today)
For decades, the only things launching from Boca Chica Beach here were
ospreys and seagulls. But in a few years, million-pound rockets will
begin lifting off from this stretch of isolated beach at Texas'
southernmost tip and fire into the deepest reaches of outer space. The
recent announcement by SpaceX, that it plans to build a first-of-its
kind, fully-private launch facility in Brownsville has rattled this
border city and underscores the shifting story of space exploration
from government-run missions to private-sector enterprise.
SpaceX, started by billionaire and PayPal founder Elon Musk, will build
the spaceport over 50 acres of privately-owned land at the end of Texas
Highway 4 and be launch-ready in about two years. The complex, which
will include a rocket launch site, launch command center and ground
tracking station, will do up to 12 launches a year.
The spaceport is unique in that it will be the first one built entirely
by a private company, not by NASA or on a government base, Pura said.
It's part of the so-called "new space" movement, led by firms such as
Blue Origin, set up by Amazon.com founder Jeff Bezos, the Virgin
Group's Virgin Galactic and SpaceX, that are building cheaper, reusable
spacecraft and paving the way to space tourism. (10/5)
How Big Data is Fueling a New Age in
Space Exploration (Source: Venture Beat)
The dwindling cost of launches and the democratization of the satellite
market are going to result in an unprecedented growth of orbital
activity. Based on announced plans by various companies and space
programs, between 2,000 and 2,750 cube- and nano-sats will be launched
by the end of this decade — the Goddard Space Flight Center lists 2,271
satellites currently in orbit.
Historically, the single largest barrier that has kept the space data
floodgates closed was the ability to transmit the collected information
back to Earth. Most current space missions use radio frequency to
transfer data, which is a relatively slow approach. NASA’s typical deep
space explorer would send back data on the order of megabytes per
second, while earth orbiting spacecraft are typically doing so in
gigabytes per second.
In the future, however, the space industry is expected to start
switching to new type of optical (or laser) communications that will
significantly increase the download speed and mean a 1,000-multiple
surge in the volume of data. Click here.
(10/5)
How Richard Nixon Changed NASA
(Source: Planetary Society)
In 1969, the Apollo 11 mission successfully met President John F.
Kennedy’s challenge to land a man on the Moon and return him safely to
Earth within the decade. The end of the Moon race raised the question:
what, if anything, was next for NASA? It would be answered by Richard
Nixon's Administration, and the decisions they made altered the
nation's relationship with its space program forever. Click here.
(10/4)
NASA Spots Million-Mile-Long Filament
Across the Sun (Source: C/Net)
Our sun is a wild and fascinating place. While a big, fluffy,
horizon-long set of clouds is an impressive sight here on Earth, the
sun can handily top that with a single filament of solar material.
Filaments appear on the sun from time to time. These unstable gaseous
clouds of solar plasma sometimes hang around for weeks, giving
scientists down here plenty to look at.
Recently, a filament appeared on the sun that stretches about a million
miles in length. This massive formation is held up by magnetic forces
and rotates along with the sun. Straighten it out and it would very
nearly reach around the sun. NASA's Solar Dynamics Observatory keeps a
constant watch on the sun and has been tracking the huge filament for
days.
The filament appears in images taken in different wavelengths as a
long, tendril-like line etched across the sun. It looks like something
out of a CGI-fueled sci-fi movie. Scientists are studying filaments in
an effort to learn more about how they are created and what causes them
to occasionally turn into powerful eruptions shooting plasma out into
space. Click here.
(10/5)
Sierra Nevada's Protest is Justified
(Source: SpaceFlight Insider)
From the moment President Obama announced his intention to have private
companies launch crewed spacecraft to the International Space Station,
the deck was stacked in favor of SpaceX. Elon Musk’s campaign
contributions have been interpreted by a number of space enthusiasts as
a factor in Obama’s decision to cancel the Constellation Program and
turn NASA over to private companies.
Curiously though, SpaceX received a minority contract of $2.6 billion,
whereas Boeing received a contract for $4.2 billion. Was this a logical
decision? Why Boeing? And why the majority contract for Boeing? Perhaps
SpaceX received all the money it requested, but since NASA is not
discussing the reasons for its decision, the true reason is, at
present, unknown.
The other prominent contender for the Commercial Crew contract was the
Sierra Nevada Corporation with its Dream Chaser, a lifting body
spacecraft that would make a piloted landing, like NASA’s retired fleet
of orbiters. Dream Chaser’s test flight is slated for November of
2016—a year ahead of Boeing’s scheduled unmanned test flight. But in
the report, Dream Chaser was found to have “technical uncertainly and
schedule risk”—an odd conclusion after Dream Chaser’s rapid progress,
lower cost, and successful approach and landing test in October of
2013. (10/5)
Iran to Launch 3 New Satellites with
More Powerful Launchers (Source: FARS)
Tehran is preparing to orbit three new home-made satellites, called
Zafar (Triumph), Tolou (Sunrise) and Pars, from more powerful launch
vehicles in the near future. Deputy Head of Iran Space Agency (ISA)
Hamid Fazeli made the announcement on the sidelines of a ceremony at
the start of the World Space Week in Tehran. "Launching the
under-construction satellites, including Sharifsat and Nahid, are also
among the short-term plans of the ISA," he added.
Also, Iranian Vice-President for Executive Affairs Mohammad
Shariatmadari told reporters in the same ceremony that Iran hopes that
its Sharifsat satellite would be sent into orbit this year. Fazeli had
announced in May that Iran plans to launch three home-made monitoring
satellites into orbit in the next Iranian calendar year (March
2015-March 2016). "Zafar, Tolou and AUT Sat will be sent into space
onboard the Simorq satellite carrier," he said. (10/5)
Canadian Leads NASA Mission to Fake
Space (Source: Globe and Mail)
The remote slopes of a volcano on Hawaii’s main island offer some of
the clearest views of the night sky on the planet. For the six fake
astronauts soon to be living inside a geodesic dome there, including
the Canadian mission commander, those views will be for naught. For
eight months, their world will consist of little more than the
1,000-square-foot dome and a shipping container.
They will don space suits to go outside, conduct their own research
within the dome, and be guinea pigs for a NASA project studying the
impact of long-term isolation. “I’m like the fake Chris Hadfield,”
jokes Martha Lenio, the 34-year-old Canadian chosen to lead the crew of
Americans. “I’m the leader of a fake mission to fake space.” (10/3)
Luke Wilson: How I Made My
Award-Winning Short Film Satellite Beach (Source: Time)
In the fall of 2012, the actor Luke Wilson and a small film crew
trailed the Space Shuttle Endeavor as it moved through the Los Angeles
streets to the California Science Center. Wilson, along with his
brother Andrew, shot largely improvised footage of a character named
Warren Flowers (played by Wilson) who believes he is in charge of the
shuttle’s journey; the footage became a 20-minute evocative short film
called Satellite Beach.
For Wilson, the experience allowed him the chance to make a film in a
different way and to explore space travel, a subject he says he finds
compelling. A hit at festivals, where it’s snapped up a string of
awards, Satellite Beach is an unusual film, and one that deftly twists
the viewer’s expectations while showcasing what it was like to drive a
space shuttle through LA’s busy streets. (10/2)
UrtheCast Says it Will be Largest
Commercial ISS User (Source: SpaceFlight Now)
"I really believe that UrtheCast is poised to totally disrupt the
traditional Earth resources multi-billion dollar market as to how you
get the data," said Jeffrey Manber, managing director of NanoRacks. "Up
to now, it's been assumed that you've got to have a dedicated
satellite, you have to have dedicated launchers, you have to have
finite power, you have a limited lifespan on the platform. What
UrtheCast is doing, in my view, is demonstrating the disruptive power
of a permanently manned space station, that you can use that platform
as a big satellite with total power, things can be fixed, and launches
are not as important once you're up there." (10/3)
Russia Postpones Automatic Lunar
Exploration Program Until 2018 (Source: Itar-Tass)
Russia has postponed the start of its automatic lunar exploration
program from 2016 until 2018, Space Research Institute Director Lev
Zelyony said on Friday. “They [the timelines] have been changed from
2016 to 2018. These are Luna Globe and orbiting Luna [program],” he
said, adding that there should be no further delays. “We want to
implement three lunar projects this decade: Luna-25, Luna-26 and
Luna-27,” he said. (10/3)
Buzz Aldrin to Visit Underwater
Florida Lab (Source: Florida Today)
Two professors at an East Tennessee community college plan to spend 73
days underwater in a unique educational endeavor that will also attempt
to break a world record. 63-year-old Bruce Cantrell and 25-year-old
Jessica Fain will live in a special habitat 25-feet down in an ocean
lagoon in Key Largo, Florida. During their time underwater, they will
interview marine science experts and others for a weekly live broadcast
called “Classroom Under the Sea.” Among those who will scuba-dive down
to the laboratory will be Buzz Aldrin, the second astronaut to set foot
on the moon. (10/3)
No comments:
Post a Comment