Gravity movie shows the dark side of space flight

Realistically terrifying (Image: Courtesy of Warner Bros Pictures)

It's the dawn of civilian space flight what better time to scare the wits out of any would-be space tourist thinking of remortgaging to buy a ticket to orbit? Gravity, the new film from Children of Men director Alfonso Cuarn, does that in spades and in captivating 3D.

Life in space is no picnic. If the unforgiving vacuum doesn't get you, you're at risk from the hypersonic speeds of orbiting objects and the burgeoning space junk we have abandoned in Earth orbit. Never before has a movie set in space made the dangers so viscerally plain.

This high-tech tale of orbital adversity, apparently set in the near future, kicks off with three spacesuited astronauts working on the Hubble Space Telescope, which they have docked to a still-in-service space shuttle. When a spectacular and brilliantly portrayed cosmic catastrophe destroys the shuttle (and, yes, Hubble too, telescope fans) two of the astronauts played by Sandra Bullock and George Clooney are left adrift to navigate a hazardous orbital scrapyard.

Watching the pair cope with their oxygen running out as they strive to reach other spacecraft for safety is hugely entertaining and seat-of-the-pants suspenseful, due in no small part to Bullock's bravura performance. As you may expect from the title, physics has a lead role, and the screenwriters have done a fantastic job of demonstrating it from the way tethered astronauts bounce off each other to the orbital mechanics of space debris with impressive accuracy.

After the initial disaster, Gravity has such a sparse but compelling plot that I can't say much more without spoiling it not least because with a running time of 91 minutes this is a pretty short film. That said, the compelling portrayal of the astronauts' agony at their plight caused a colleague watching the screening with me to remark that she could not have coped with a single minute's more suspense.

Gravity's storyline wins great credence from the factual space-flight asides that root the fiction in reality. For instance, it is mentioned that if you can drive a Russian Soyuz capsule you can probably also take the helm of a Chinese Shenzhou. This is correct: Shenzhou is indeed derived from a Soyuz design. And the Kessler effect in which a piece of hypersonic space debris smashes into a spacecraft, starting a chain reaction that generates still more debris is well shown, too.

This is a CGI-rich movie filming a drama with A-list actors in low Earth orbit is not feasible just yet. The 3D is pitched just right: it is so subtle that it was not until I saw one of Bullock's tears floating towards me across the cinema that I even noticed it. One oddity, though, is the way the CGI spacesuits, floating in space, had the actors' live faces injected into them: Bullock looks just fine, but Clooney looks astonishingly like Buzz Lightyear much of the time.

If you like New Scientist's space coverage it's a safe bet you'll be blown away by this movie, and it is already being spoken of as an Oscar contender after screenings at the Venice Film Festival. But be warned: Gravity does such a good job of taking you into orbit, you may be happy never to go yourself.

Gravity opens on general release in the US in early October and in the UK in November

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Gravity movie shows the dark side of space flight

Mars 2020 Space Flight Instrument Development Partnership Opportunity

General Information

Solicitation Number: 107-2013 Posted Date: Sep 03, 2013 FedBizOpps Posted Date: Sep 03, 2013 Recovery and Reinvestment Act Action: No Original Response Date: Sep 17, 2013 Current Response Date: Sep 17, 2013 Classification Code: A -- Research and Development NAICS Code: 541712

Contracting Office Address

NASA/Goddard Space Flight Center, Code 210.S, Greenbelt, MD 20771

Description

NASA/GSFC is interested in finding partners for a WRP subsystem that will enable measurements of chemical and isotopic compositions using mass spectrometry of solid samples acquired by the Mars 2020 rover. Mass spectrometry requires low pressure (high vacuum conditions) to be maintained within a vacuum vessel for operation. The controlling electronics for the WRP system will be provided by GSFC.

This partnership opportunity is for participation in a potential response to a 2013 NASA Announcement of Opportunity (AO) for a science investigation for the upcoming Mars 2020 rover mission. A potential NASA/GSFC investigation may include instrumentation incorporating subsystems from non-NASA/GSFC partners.

The AO is expected to be a single-step process with selected investigations comprising the baseline payload for the flight mission, entering Phase A in 2014. This partnership opportunity is being issued to select teaming partners to help prepare NASA/GSFC science instrument concepts for the proposal submittal; and to provide a spaceflight qualified instrument subsystem should the instrument be selected for flight.

Responses will be treated as proprietary information and controlled as such.

The respondents shall deliver the requested information in a presentation format. Final presentation packages must be received by 4 PM EST on September 17, 2013. Please provide one DVD or CD of the presentation and deliver them to:

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Mars 2020 Space Flight Instrument Development Partnership Opportunity

Cryogenic Tank Development, Manufacturing, and Testing 2013 NASA Marshall Space Flight Center – Video


Cryogenic Tank Development, Manufacturing, and Testing 2013 NASA Marshall Space Flight Center
more at http://scitech.quickfound.net/ "A 2.4 meter diameter propellant tank made of composite materials successfully completed pressurized testing at NASAs...

By: Jeff Quitney

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Cryogenic Tank Development, Manufacturing, and Testing 2013 NASA Marshall Space Flight Center - Video

Jody Singer named manager of Flight Programs and Partnerships Office at NASA’s Marshall Space Flight Center

HUNTSVILLE, Alabama - Joan A. "Jody" Singer, a native of Hartselle, AL., and a veteran of the NASA space program, has been named manager of the Flight Programs and Partnerships Office at NASA's Marshall Space Flight Center in Huntsville. In that position, which was announced Wednesday June 26, she will oversee work at Marshall in human exploration, flight missions and International Space Station hardware and operations.

The office Singer will head has an annual budget of $108 million this year and a workforce of 500 civil servants and contractors. It also has the job of creating and maintaining partnerships between Marshall and other government agencies as well as commercial companies.

Singer comes to the job from the post of deputy program manager for the Space Launch System Office at Marshall. In that office from 2011 until 2013, she helped direct a workforce of nearly 3,000 government and contractor employees developing America's next big deep-space rocket. Earlier, she was deputy manager of Marshall's Space Shuttle Propulsion Office. She is a member of the government's Senior Executive Service, a personnel category of the government's top managers.

Singer earned her bachelor's degree in industrial engineering from the University of Alabama in Tuscaloosa in 1983 and has completed numerous additional training courses and university fellowships. She is married to Christopher Singer, director of Marshall's Engineering Directorate. The Singers have three children and live in Huntsville.

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Jody Singer named manager of Flight Programs and Partnerships Office at NASA's Marshall Space Flight Center