UNIVERSAL EXPLORATION FOR ANTI-MATTER & GOD by AMS ON ISS BY NASA

UNIVERSAL EXPLORATION FOR ANTI-MATTER & GOD

INTERNATIONAL SPACE STATION -AMS PROJECT- LHC x10

It is time to share in the discoveries at the core of the universe. Please tune your frequencies to the International Space Station and NASA. TJ

Per Nobel laureate Samuel Ting today at Kennedy Space Center, Florida, we are proud to have the greatest physicist of all time working on this planet for the good of all sentient intelligent being races together in space.

With the gathering of those working on searching for the dark matter as anti-matter in the universe we are proud that North America and the United State House and Senate and President Obama has agreed to support the earth's global population in energy and enlightenment. We thank the Department of Energy (DOE) for making the right decision for all humanoid beings. This decision to work with the most brilliant minds in space exploration will guarantee the future of what humanoids crave and need which is new experiences. We are creatures that are about exploration and space is truly the first and last frontier for sentient intelligent beings.

"The largest (particle) accelerator on Earth is 16 miles in circumference, the Large Hadron Collider, LHC," Ting told reporters, referring to the new accelerator built by the European Organization for Nuclear Research, or CERN. "In the LHC, there are four big experiments, thousands and thousands of physicists work there trying to understand the beginning of the universe, what is the origin of mass, why different particles have different masses.

"The cost of ISS is about 10 times more than the LHC," Ting said. "The LHC has four experiments. On the space station, to study particle physics, the origin of the universe, only has AMS. And that's why we're very grateful to the United States House of Representatives and the Senate, which passed the resolution to support NASA to have an additional flight to put us in space."

KENNEDY SPACE CENTER, Fla.--A $2 billion, 7.5-ton physics experiment bound for the International Space Station aboard the last planned shuttle flight in February arrived at the Florida launch site Thursday after a busy summer of work to replace the magnet at the heart of the costly particle detector.

With Nobel laureate Samuel Ting, the lead scientist of the AMS project looking on with shuttle commander Mark Kelly and his crew, an Air Force C-5 transport jet taxied to a stop at the Shuttle Landing Facility after a flight from Geneva where the payload was assembled and tested.

NOBEL laureate SAMUEL TING

Nobel laureate Samuel Ting discusses the Alpha Magnetic Spectrometer with reporters at the Kennedy Space Center.

Source Credit: William Harwood

If all goes well, Kelly and his crewmates will blast off Feb. 26 aboard the shuttle Endeavour to deliver the Alpha Magnetic Spectrometer to the International Space Station. Endeavour's flight is the final shuttle mission currently planned, although NASA managers hope to get funding for one final space station resupply mission next June.

"This is our main payload for this mission," Kelly said at the shuttle runway. "It's also, as far as I can tell, the most expensive piece of the space station that will be installed. So it's pretty exciting for us to be part of this crew and part of this mission.

"The space shuttle was designed to build a space station. And it did not get the opportunity to do that for the first 20 years of its life. Over the last 10 years, it's been very successful assembling this very complex laboratory in space. I think it's fitting that on its last assembly mission, which will be our flight, STS-134, the space station is going to be complete."

Kelly promised Ting that his crew planned to do "everything we can to get AMS successfully installed" on the station's main power truss.

"So Sam, I give you our guarantee we're not going to break it!" Kelly said. "It'll get installed on the truss and hopefully be working before we depart."

The Alpha Magnetic Spectrometer, an international project managed by the U.S. Department of Energy, NASA, the European Space Agency, and other government and academic institutions, is designed to study subatomic particles from deep space in search of antimatter and phenomena that might help explain dark matter, the unseen material making up 90 percent of the matter in the known universe.

The trajectories of high-energy cosmic ray particles entering the AMS will be deflected by the instrument's intense magnetic field. Scores of detectors will precisely measure such deflections, allowing scientists to figure out the properties of the subatomic particles in question.

"At the moment there was a big bang, there must be equal amounts of matter and antimatter," Ting said. "Now antimatter has been found in accelerators. The question is, is there a universe far, far, far away made out of antimatter? That is one example. The second example is we know 90 percent of the matter in the universe we cannot see. We know it exists...This experiment will provide the most sensitive search for the dark matter."

In the wake of the 2003 Columbia disaster and a decision by the Bush administration to complete the International Space Station and retire the shuttle by 2010, the AMS payload was dropped from NASA's manifest in favor of higher-priority space station components.

But supporters of the project never gave up hope and after intense lobbying, the Obama administration agreed to fund an shuttle flight to deliver the AMS to the space station.

Alpha Magnetic Spectrometer - Wikipedia, the free encyclopedia

The Alpha Magnetic Spectrometer, also designated AMS-02, is a particle physics ..... "TheAlpha Magnetic Spectrometer (AMS) on the International Space ...

en.wikipedia.org/wiki/Alpha_Magnetic_Spectrometer 

Alpha Magnetic Spectrometer

Skip Nav. Alpha Magnetic Spectrometer JSC NASA AMS ... AMS scheduled launch: Feb 26, 2011 4:04 PM Eastern. STS 134 Patch Logo, AMS-2 Logo ...

ams-02project.jsc.nasa.gov/ 

The Alpha Magnetic Spectrometer on the International Space Station

The Alpha Magnetic Spectrometer on the International Space Station. Carmen Palomares. CIEMAT (Madrid). On behalf of the AMS Collaboration. March 13th ...

wwwae.ciemat.es/tesis_y_talks/ppt/carmen_morind_2005.ppt