NASA Seeks Private-Public Business Partnerships to Enable the Human Desire to Explore Mars and Asteroids

Visiting Mars and a nearby asteroid is an adventure far beyond climbing the tallest mountain or sailing the deepest seas

Low-resolution VMC image acquired on 15 December 2012 at 03:10:03 GMT at an altitude of 9761.02 km above Mars, on Mars Express orbit number 11,396. On 18 December 2012, this image was selected as the symbolic
Low-resolution VMC image acquired on 15 December 2012 at 03:10:03 GMT at an altitude of 9761.02 km above Mars, on Mars Express orbit number 11,396.
On 18 December 2012, this image was selected as the symbolic “first data” to be downloaded via ESA’s new Malargüe deep-space tracking station in Argentina. The image was acquired by the Visual Monitoring Camera on the Mars orbiter and traveled 327 million km in just over 18 minutes.
The tracking pass began at about 22:11 GMT (23:11 CET) on 18 December. On arrival at the station, the data were transmitted to ESOC, ESA’s European Space Operations Centre, Darmstadt, Germany.
Credit: ESA

 

Space news (December 1, 20140) enabling the journey to Mars –

NASA recently reached out to the public to ask for proposals concerning the development of the concepts and technology required to travel to a nearby asteroid or Mars in the near future. They want to develop partnerships with private individuals and businesses to share combined funding to develop faster space propulsion systems, space habitats capable of keeping humans alive in deep space for extended periods, and small satellites to explore the solar system.

This 3D image shows what it would look like to fly over the surface of comet 67P/Churyumov-Gerasimenko. The image was generated by data collected by the Rosetta Lander Imaging System (ROLIS) aboard the European Space Agency's Philae spacecraft during the decent to the spacecraft's initial touchdown on the comet Nov. 12.
This 3D image shows what it would look like to fly over the surface of comet 67P/Churyumov-Gerasimenko. The image was generated by data collected by the Rosetta Lander Imaging System (ROLIS) aboard the European Space Agency’s Philae spacecraft during the descent to the spacecraft’s initial touchdown on the comet Nov. 12.

NASA and their partners will make use of the Moon and space around it to help enable the next phase of the human journey to the beginning of space and time. It will be easier to both manufactures many of the things needed to enable the journey and develop many of the technologies required on or in space around the Moon. At the same time, we’ll learn many things about traveling and surviving in space needed to make the trip and return.

NASA seeks proposals to develop a state-of-the-art solar electric propulsion system in the 50 to the 300-kilowatt range. Currently, NASA uses systems generating less than five kilowatts. They have also selected proposals to develop a solar electric propulsion system in the 40-kilowatt range.

NASA currently has Orion in development, a human habitation capable of keeping four human beings alive in deep space for 21 days and bringing them back to Earth in one piece. They seek proposals concerning possible studies and the development of technologies and concepts to allow humans to travel to a nearby asteroid or Mars and return safely after exploring extensively.

They intend to study architecture, subsystems, and engineering of a modular habitat capable of doing the job. NASA will use any habitat designed and engineered to enable planned missions to the Moon, which will help test it for use in future missions. Studies proposed should address transportation, habitation, operations or environmental capabilities of a modular space habitat.

NASA’s also hoping to form partnerships with private firms and individuals in the development and delivery of small satellites called CubeSats. Proposals selected will fly as secondary payloads on Exploration Mission-1, which offers an opportunity to launch these CubeSats into deep space and enable future space science, technology growth, exploration and commercial applications.

NASA wants to provide rewards or incentives for private concerns and individuals desiring to take a hand or increase their stake in the future of human space exploration through this announcement. They’re doing this in order to both accomplish current missions and objectives and sustain current investments in space technologies and capabilities needed to journey to the beginning of space and time. They expect partners to contribute significantly to any agreement since any technology or capabilities developed could make a lot of money.

Check it out!

NASA asks all interested private firms or individuals to submit their proposals electronically by 4:30 p.m. EST December 12, 2014.  American businesses, charities and international institutions are all eligible to apply. All rewards or incentives can be affected by the amount of money available. NASA could hold off on making awards until it receives funding for the next year or decides to make awards in certain areas and keep the rest back until they know exactly where they stand financially.

You can find more information on this NASA initiative here.

For more information on NASA’s Next Space Technologies for Exploration Partnerships go here.

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CIBER Observes Blue Light Spectrum of Cosmic Background Infrared Light Detected by Spitzer Space Telescope

Space scientists believe this indicates the universe between galaxies is brighter than first thought

Space news (November 26, 2014) In the dark space between galaxies – 

Using two CIBER (Cosmic Infrared Background Experiment) suborbital sounding rockets launched between 2010 and 2012, NASA space scientists recently tried to settle a question concerning the discovery of a greater amount of cosmic background infrared light in the universe than predicted by theory. NASA astronomers previously detected this excess background infrared light using the Spitzer Space Telescope.

“It is wonderfully exciting for such a small NASA rocket to make such a huge discovery,” said Mike Garcia, program scientist from NASA Headquarters. “Sounding rockets are an important element in our balanced toolbox of missions from small to large.”

Currently, theories suggest two possible scenarios: this infrared light originates from either stream of stars that have been flung into the depths of space during encounters between galaxies or from the first galaxies that formed in the universe around 13.8 billion years ago. 

Using suborbital rockets NASA space scientists took wide-field images of the cosmic infrared background at two infrared wavelengths, shorter than those detected originally by the Spitzer Space Telescope. 

Using this data they made a map of the fluctuations in the cosmic infrared background light by eliminating the light from bright stars, galaxies and local sources closer to our own Milky Way. By measuring the brightness of these fluctuations scientists can determine the total volume of cosmic infrared background light in the universe.  

NASA space scientists discovered a greater volume of infrared light than the galaxies alone can generate. Excess infrared light with a blue spectrum, which indicates it increases in brightness at shorter wavelengths. Scientists think this infrared light emanates from orphan stars flung out into the darkness during encounters between galaxies.      

“We think stars are being scattered out into space during galaxy collisions,” said Michael Zemcov, lead author of a new paper describing the results from the rocket project and an astronomer at the California Institute of Technology (Caltech) and NASA’s Jet Propulsion Laboratory (JPL) in Pasadena, California. “While we have previously observed cases where stars are flung from galaxies in a tidal stream, our new measurement implies this process is widespread.”

“The light looks too bright and too blue to be coming from the first generation of galaxies,” said James Bock, principal investigator of the CIBER project from Caltech and JPL. “The simplest explanation, which best explains the measurements, is that many stars have been ripped from their galactic birthplace and that the stripped stars emit on average about as much light as the galaxies themselves.”

NASA space scientists will now design new experiments to determine whether orphan stars could be the source of the excess cosmic background infrared light detected. These stray stars should still be in the vicinity of their parent galaxy if they were flung out during galactic encounters. They’ll also begin measuring more of the infrared spectrum to try to determine how stars could be stripped from their parent galaxies. 

For more information on NASA’s CIBER experiment go here.

To discover more about all of NASA’s current and future missions visit here.

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