LASCO C2 Combo 11/16-11/20/2012 03:24 UT – Video


LASCO C2 Combo 11/16-11/20/2012 03:24 UT
Solar Flares 6-hr max: C3 0633 UT Nov20 24-hr: C3 0633 UT Nov20 GOES X-ray Flux plot (updates every 5 minutes) http://www.swpc.noaa.gov Sunspot number increasing, was: 122 on the 18th 12 active regions on the Sun today. Region 11618 is the only active region with a Beta-Gamma magnetic complexity. It developed further and has significant polarity intermixing. An M class flare is possible. The region produced the only noteworthy flare of the day, an impulsive C7.0 event at 02:29 UTC.. Current View from this region: http://www.solarmonitor.org Region 11619 decayed significantly and simplified. There #39;s weak polarity intermixing centrally. Despite that NOAA still predicts 11619 most likely to flare 36% chance of a C flare.New region S2064 rotated into view. All other active regions continue their trend of decay. Climate change felt by satellites and space junk Rising carbon dioxide levels at the edge of space are apparently reducing the pull that Earth #39;s atmosphere has on satellites and space junk, researchers say. http://www.cbsnews.com Planetary K-index Now: Kp= 2 quiet 24-hr max: Kp= 2 quiet Estimated 3-hour Planetary Kp-index (Updates every 5 mins) http://www.swpc.noaa.gov Sources:NOAA/ http://www.spaceweather.com http SOHO (ESA NASA) Discussion of Self Comes To Mind: Constructing the Conscious Brain by Antonio Damasio. Damasio #39;s book focuses on the answer to two key questions: How does the brain generate the Mind? and How does the Brain generate Consciousness? His approach is unusual because many ...From:MichelleHill711Views:1 0ratingsTime:00:14More inScience Technology

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LASCO C2 Combo 11/16-11/20/2012 03:24 UT - Video

November 20 2012 Economic Collapse! 21.12.12 END OF THE WORLD ISLAM NASA – Video


November 20 2012 Economic Collapse! 21.12.12 END OF THE WORLD ISLAM NASA
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November 20 2012 Economic Collapse! 21.12.12 END OF THE WORLD ISLAM NASA - Video

NASA Camera Captures Amazing Solar Eruption [VIDEO]

The video depicts a massive loop of plasma ejecting from the suns surface and across the face of the star. The arc of plasma was so large that NASAs space camera could not take it all in.

According to Space.com, the solar storm happened late on Friday night, and another solar prominence sparked up just over four hours later. Footage of the solar prominence was captured by NASAs Solar Dynamics Observatory.

In a solar prominence, the sun is ejecting massive amounts of plasma and radiation into deep space. The ejected plasma often takes the shape of a beautiful loop across the suns surface and can be extremely breathtaking to watch.

"The red-glowing looped material is plasma, a hot gas made of electrically charged hydrogen and helium," read a statement NASA's Goddard Space Flight Center, which operates the SDO. "The prominence plasma flows along a tangled and twisted structure of magnetic fields generated by the suns internal dynamo. An erupting prominence occurs when such a structure becomes unstable and bursts outward, releasing the plasma."

The massive solar prominence was not aimed at Earth, according to NASA, and will have no effects on our planet. However, solar ejections like this one can occasionally be disruptive if aimed toward the planet.

The radiation emitted by a solar ejection, usually X-rays and UV radiation, can sometimes reach Earth and disrupt radio communications traveling through the upper atmosphere. The radiation can sometimes affect electronic operations of satellites in orbit as well.

Last week, ejections from a solar flare reached Earth and ignited a geomagnetic storm in the atmosphere. The radiation created a strong northern lights display and briefly interfered with long-range communications.

Watch the stunning video of the solar prominence below.

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NASA Camera Captures Amazing Solar Eruption [VIDEO]

NASA technology protects spacecraft from outgassed molecular contaminants

Outgassing -- the physical process that creates that oh-so-alluring new car smell -- isn't healthy for humans and, as it turns out, not particularly wholesome for sensitive satellite instruments, either. But a team of NASA engineers has created a new way to protect those instruments from its ill effects.

For some people, the best part about buying a new car is its factory-fresh new car smell, a distinctive aroma created when the chemicals and residual solvents used to manufacture dashboards, car seats, carpeting and other vehicle appointments outgas and fill the cabin. While the scent may be alluring to some, many researchers believe exposure to these gases isn't particularly healthy -- so unhealthy, in fact, that some recommend that drivers keep their new cars ventilated while driving.

Outgassed solvents, epoxies, lubricants, and other materials aren't especially wholesome for contamination-sensitive telescope mirrors, thermal-control units, high-voltage electronic boxes, cryogenic instruments, detectors and solar arrays, either. As a result, NASA engineers are always looking for new techniques to prevent these gases from adhering to instrument and spacecraft surfaces and potentially shortening their lives.

A group of technologists has created a low-cost, easy-to-apply solution, which is more effective than current techniques.

Led by Principal Investigator Sharon Straka, an engineer at NASA's Goddard Space Flight Center in Greenbelt, Md., the team has created a new, patent-pending sprayable paint that adsorbs these gaseous molecules and stops them from affixing to instrument components. Made of zeolite, a mineral widely used in industry for water purification and other uses, and a colloidal silica binder that acts as the glue holding the coating together, the new molecular adsorber is highly permeable and porous -- attributes that trap the outgassed contaminants. Because it doesn't contain volatile organics, the material itself doesn't cause additional outgassing.

"It looks promising," Straka said. "It collects significantly more contaminants than other approaches."

Advantages Over Current Techniques

Instrument developers currently use zeolite-coated cordierite devices that look like hockey pucks. Because each individual puck has limited adsorbing capabilities, instrument designers must install multiple units, which require complex mounting hardware. "These devices are big, heavy and chunky, and take up a lot of real estate," explained Co-Principal Investigator Mark Hasegawa, of NASA Goddard.

The new paint, however, overcomes these limitations by providing a low-mass alternative. Because technicians can spray the paint directly onto surfaces, no extra mounting equipment is necessary. In addition, technicians can coat adhesive strips or tape and then place these pieces in strategic locations within an instrument, spacecraft cavity, or vacuum system, further simplifying adsorber design. "This is an easy technology to insert at a relatively low risk and cost," Hasegawa said "The benefits are significant."

Since its development, Northrop Grumman, Redondo Beach, Calif.; the European Space Agency; the Laboratory for Atmospheric and Space Physics at the University of Colorado at Boulder; and Spica Technologies of Hollis, N.H., have expressed interest in using the material, Straka said. In addition, NASA's ICESat2 ATLAS project is evaluating its use, pending the outcome of additional tests, she said.

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NASA technology protects spacecraft from outgassed molecular contaminants

NASA to print parts for Mars-bound rockets

The US National Aeronautics and Space Administration (NASA) plans to 3D-print parts for its next-generation rockets, a technique it says can save millions of dollars in manufacturing costs.

Dubbed selective laser melting (SLM), the technique is being used for the Space Launch System (SLS), a rocket to take humans, equipment and experiments beyond low Earth orbit to nearby asteroids and eventually to Mars.

"Basically, this machine takes metal powder and uses a high-energy laser to melt it in a designed pattern," said Ken Cooper, advanced manufacturing team lead at the Marshall Center.

NASA said it is eyeing using selective laser melting to manufacture parts on the first SLS test flight in 2017.

An article on NASA's website described SLN as "similar to 3-D printing and is the future of manufacturing."

It added the new technique offers two major benefits - savings and safety - which are major considerations for the Space Launch System Program.

Cooper said the laser will layer the melted dust to the parts from the ground up, creating intricate designs.

He added the process can produce parts with complex geometries and precise mechanical properties from a 3D computer-aided design.

Andy Hardin, the integration hardware lead for the Engines Office in SLS, added the process significantly reduces the manufacturing time to produce parts, from months to weeks or even days in some cases.

"It's a significant improvement in affordability, saving both time and money. Also, since we're not welding parts together, the parts are structurally stronger and more reliable, which creates an overall safer vehicle," he said.

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NASA to print parts for Mars-bound rockets

NASA's new sprayable paint protects spacecraft from 'harmful' new car smell

Washington, November 20 (ANI): A team of NASA engineers has created a highly porous, sprayable coating that that attracts and then traps outgassed contaminants that harm spacecraft components.

Outgassing - the physical process that creates that oh-so-alluring new car smell - isn't healthy for humans and, as it turns out, not particularly wholesome for sensitive satellite instruments, either.

Outgassed solvents, epoxies, lubricants, and other materials aren't especially wholesome for contamination-sensitive telescope mirrors, thermal-control units, high-voltage electronic boxes, cryogenic instruments, detectors and solar arrays, either.

As a result, NASA engineers are always looking for new techniques to prevent these gases from adhering to instrument and spacecraft surfaces and potentially shortening their lives.

A group of technologists has created a low-cost, easy-to-apply solution, which is more effective than current techniques.

Led by Principal Investigator Sharon Straka, an engineer at NASA's Goddard Space Flight Center in Greenbelt, Md., the team has created a new, patent-pending sprayable paint that absorbs these gaseous molecules and stops them from affixing to instrument components.

Made of zeolite, a mineral widely used in industry for water purification and other uses, and a colloidal silica binder that acts as the glue holding the coating together, the new molecular absorber is highly permeable and porous - attributes that trap the outgassed contaminants. Because it doesn't contain volatile organics, the material itself doesn't cause additional outgassing.

"It looks promising," Straka said. "It collects significantly more contaminants than other approaches."

Technicians can spray the paint directly onto surfaces, no extra mounting equipment is necessary.

In addition, technicians can coat adhesive strips or tape and then place these pieces in strategic locations within an instrument, spacecraft cavity, or vacuum system, further simplifying absorber design.

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NASA's new sprayable paint protects spacecraft from 'harmful' new car smell

NASA: Earned Value Management Implementation across Major Spaceflight Projects Is Uneven (GAO)

Full report

What GAO Found

The National Aeronautics and Space Administration's (NASA) 10 major spaceflight projects discussed in this report have not yet fully implemented earned value management (EVM). As a result, NASA is not taking full advantage of opportunities to use an important tool that could help reduce acquisition risk. GAO assessed the 10 projects against three fundamental EVM practices that, according to GAO's best practices cost guide, are necessary for maintaining a reliable EVM system. GAO found shortfalls in two of three fundamental practices. Specifically, we found that More than half of the projects did not use an EVM system that was fully certified as compliant with the industry EVM standard.

Only 4 of the 10 projects established formal surveillance reviews, which ensure that key data produced by the system was reliable. The remaining 6 projects provided evidence of monthly EVM data reviews; however, the rigor of both the formal and informal surveillance reviews is questionable given the numerous data anomalies GAO found.

GAO also found that 3 projects had reliable EVM data while 7 had only partially reliable data. For the EVM data to be considered reliable per best practices it must be complete and accurate with all data anomalies explained.

NASA EVM focal points, headquarters officials, project representatives, and program executives cited cultural and other challenges as impediments to the effective use of EVM at the agency. Traditionally, NASA's culture has focused on managing science and engineering challenges and not on monitoring cost and schedule data, like an effective EVM system produces. As a result, several representatives said this information traditionally has not been valued across the agency. This sentiment was also echoed in a NASA study of EVM implementation. Also cited as a challenge to the effective use of EVM was NASA's insufficient number of staff with the skills to analyze EVM data. Without a sufficient number of staff with such skills, NASA's ability to conduct a sound analysis of the EVM data is limited. However, NASA has not conducted an EVM skills gap analysis to determine the extent of its workforce needs.

NASA has undertaken several initiatives aimed at improving the agency's use of EVM. For example, NASA strengthened its spaceflight management policy to reflect the industry EVM standard and has developed the processes and tools for projects to meet these standards through its new EVM system. While these are positive steps, the revised policy contains only the minimum requirements for earned value management. For example, it lacks a requirement for rigorous surveillance of how projects are implementing EVM and also does not require use of the agency's newly developed EVM system to help meet the new requirements. NASA has attempted to address EVM shortcomings through policy changes over the years, but these efforts have failed to adequately address the cultural resistance to implementing EVM.

Why GAO Did This Study

NASA historically has experienced cost growth and schedule slippage in its portfolio of major projects and has taken actions to improve in this area, including adopting the use of EVM. EVM is a tool developed to help project managers monitor risks. GAO was asked to examine (1) the extent to which NASA is using EVM to manage its major space flight acquisitions, (2) the challenges that NASA has faced in implementing an effective EVM system, and (3) NASA's efforts to improve its use of EVM. To address these questions, GAO obtained contractor and project EVM data and used established formulas and tools to analyze the data and assess NASA's implementation of EVM on 10 major spaceflight projects; interviewed relevant NASA headquarters, center and mission directorate officials on their views on EVM; and reviewed prior reports on EVM and organizational transformations. GAO compared NASA policies and guidance on EVM to best practices contained in GAO's cost estimating best practices guide.

What GAO Recommends

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NASA: Earned Value Management Implementation across Major Spaceflight Projects Is Uneven (GAO)

Astronauts Could Remotely Control Moon Rovers from Lunar Orbit, Says NASA Plan

NASA is studying a plan for astronauts above the far side of the moon to control a rover on the surface. But justifying such a mission won't be easy.

The demise of the space shuttle has forced NASA to scale back its human activities in space. Without its own vehicles for launching astronauts into space, there is little the organisation can do but dream of better times ahead.

Its current plan is to build a vehicle called Orion that will have the capability to support a small crew for up to 21 days, long enough to get to the moon and back. NASA is also greedily eyeing other potential destinations, such as near Earth asteroids.

Today, Jack Burns at NASA's Lunar Science Institute in Moffet Field, California, and a few buddies have come up with another suggestion. These guys say that a moon landing is a risky goal so why not try an easier, intermediate mission first.

Their idea is to send an Orion spacecraft on a lunar fly-by past the moon to the L2 Lagrange point some 65,000 kilometres beyond. This is the place where gravitational forces exactly balance the spacecraft's centripetal force, allowing it to seemingly hover above the moon (although in reality it will orbit the L2 point).

The advantage, say Burns and co, is that from L2, the astronauts will be able to see both Earth and the far side of the moon at the same time.

From here, the astronauts will operate a remote-controlled rover on the far side of the moon that will be sent ahead of the crewed mission.

Remote control from L2 will be much better than from Earth, say Burns and co. That's because the round-trip communication time between the rover and L2 is only 0.4 seconds, compared to the almost 3-second round-trip time to Earth.

Experiments on Earth suggest that an 0.5 second delay is the maximum "cognitive horizon" that humans can cope with and still achieve a telerobotic presence.

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Astronauts Could Remotely Control Moon Rovers from Lunar Orbit, Says NASA Plan

NASA video captures massive solar eruption

NASA spacecraft captured HD video of a giant plasma eruption on the surface of the Sun Friday. This plasma eruption is not headed toward Earth, so isn't expected to cause any communication problems. The sun is currently in the middle of an active phase of its 11-year solar weather cycle.

The sun unleashed a monster eruption of super-hot plasma Friday (Nov. 16) in back-to-back solar storms captured on camera by a NASA spacecraft.

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The giant sun eruption, called a solar prominence, occurred at 1 a.m. EST (0600 GMT), with another event flaring up four hours later. The prominences was so large, it expanded beyond the camera view of NASA's Solar Dynamics Observatory (SDO), which captured high-definitionvideo of the solar eruption.

In the video, a colossal loop of glowing red plasma erupts from the lower left of the sun, arcing up and out of frame as it blasts away from the star.

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"The red-glowing looped material is plasma, a hot gas made of electrically charged hydrogen and helium," officials with NASA's Goddard Space Flight Center, which oversees the SDO mission, explained in a description. "The prominence plasma flows along a tangled and twisted structure of magnetic fields generated by the suns internal dynamo. An erupting prominence occurs when such a structure becomes unstable and bursts outward, releasing the plasma."

Friday's solar eruption does not appear to be aimed at Earth, so will likely have little effect on our planet. But that was not the case earlier this week when a powerful solar flare erupted on Monday (Nov. 12). That flare registered as an M6-class eruption, a moderate but still intense solar event.

On Tuesday and Wednesday (Nov. 13 and 14), space weather conditions sparked a geomagnetic storm that supercharged the Earth's auroras, creating spectacular northern lights displays for observers at high latitudes.

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NASA video captures massive solar eruption

NASA Outpost Beyond Moon Could Lead to Mars

Sending astronauts to a deep-space outpost beyond the moon's far side could help lay the groundwork for more ambitious manned missions to Mars, some researchers say.

Such a lunar effort would take humanity farther from Earth than it's ever been before, allowing scientists and engineers to work their way up to even more distant targets such as asteroids and Marsin a stepwise fashion, advocates say.

"It's a really good way to basically dip your toes in deep space," Josh Hopkins, a space exploration architect for Lockheed Martin Space Systems in Denver, said during a Nov. 14 presentation with NASA's Future In-Space Operations working group.

Beyond the lunar far side

NASA is apparently thinking seriously about launching astronauts to Earth-moon L2, a spot in space beyond the moon's far side. EML-2 is a so-called libration point where the gravitational pulls of the moon and Earth roughly balance out, allowing spacecraft to essentially park there. [Visions of Deep-Space Stations (Gallery)]

Astronauts would ride to EML-2 aboard NASA's Orion capsule, which is being built by Lockheed Martin. Orion would get off the ground atop the Space Launch System(SLS), the agency's huge new deep-space rocket.

The launcher's first unmanned test flight is slated for 2017, and NASA hopes the SLS-Orion combo will begin carrying crews by 2021.

EML-2 is an interesting target in its own right, Hopkins said. From there, astronauts could teleoperate rovers on the far side with relative ease, helping explore a part of the moon that remains little-studied to date.

Such rovers could gather samples for a possible return to Earth, he said, which could shed light on the moon's mysterious impact history.

The robots could also deploy huge antennas, helping set up a powerful instrument that would take advantage of the radio "quiet zone" found on the lunar far side to investigate some of the universe's deepest mysteries.

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NASA Outpost Beyond Moon Could Lead to Mars

More Nano…More Love – Video


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No one cares about regulating nanotechnology...no interest from the general public. So the threat will escalate. Let not your heart be troubled...no need to fear anything...thanks for watching and God Bless Everyone! http://www.ethericwarriors.com http://www.popsci.com http://www.defenseindustrydaily.comFrom:ortegablueViews:9 1ratingsTime:14:31More inEducation

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Storm Vivid – Video


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Storm NANO – Video


Storm NANO
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Pharmanex Nano – Video


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