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Displaying items by tag: Big Bang

An advanced persistent threat used in the past against institutions in the Middle East, specifically the Palestinian Authority, has made a comeback, the security firm Check Point says, adding that the group likely to be behind it was one known as the Gaza Cybergang.

Published in Security

A European physicist states that a new single-particle model reveals how the universe was initially created, as well as its subsequent expansion into its present form. This is the final installment in a three-part interview with the author of the cosmological theory he calls the extended Standard Model, or xSM.

Published in Energy
Wednesday, 17 February 2010 01:19

Record universal temperature created at Brookhaven

Brookhaven National Laboratory has produced the hottest temperature on Earth'”even in the Universe. It is as hot as when the Big Bang explosion created our Universe, producing a soup of quark-gluon plasma.

Published in Energy
A European physicist states that an elementary-particle model, called the extended Standard Model, reveals how the universe was initially created, as well as its subsequent expansion into its present form. He continues his question-and-answer discussion of his xSM theory here'”in an exclusive interview with the author.

Published in Energy
Wednesday, 06 January 2010 19:53

Hubble creates panorama of earliest seen universe

Astronomers with the Hubble Space Telescope project revealed a stunning view of the youngest galaxies ever seen by humans; those formed only 600 to 800 million years after the Big Bang. Ah, they were just babies back then!

Published in Space
Monday, 21 December 2009 20:31

Predictive Cosmology and Standard Model revisited

A European physicist states that an elementary-particle model, called the extended Standard Model, reveals how the universe was initially created, as well as its subsequent expansion into its present form.


Published in Energy
Sunday, 22 November 2009 19:50

Big success at Large Hadron Collider

After a delay of over a year at CERN’s Large Hadron Collider (LHC), the massive underground particle accelerator, beginning on November 20, 2009, is already sending particles beams on paths within the circular, underground chamber.

Published in Energy
NASA’s Swift satellite first observed a star explosion in April 2009. It turns out that this gamma-ray burst came from a star that exploded about 13 billion years ago, the furthest that astronomers have looked back at the early beginnings of our universe.

Published in Space
It is well known in science that three forces'”electromagnetic, strong, and weak'”govern the microscopic world of elementary particles. However, the reason why any of these forces exist in the first place is a question that is seldom asked and has never been satisfactorily answered. The theory called "Predictive Cosmology" claims to state the reason and provides the answer through mμ/me = 206.768 283. Could this be a breakthrough in theoretical physics?

Published in Energy
Two missions to study the very beginnings of our Universe are scheduled to launch together from French Guiana on May 14, 2009. Once in space, they take different paths to a point about 930,000 miles from Earth where they will peek into a time when the Universe was merely the age of a baby--only 400,000 million years old.

Published in Space
A gamma-ray burst (GRB) called GRB 090423 has been detected to have exploded when the Universe was only 630 million years ago—the oldest object so far detected by humans.

Published in Space
Astronomers have discovered a massive object about 12.9 billion light-years from our Solar System that is the earliest known precursor to a galaxy. It appears to have first formed during the early times of our Universe—less than one billion years after the Big Bang explosion.

Published in Space
The Large Hadron Collider has got the world talking about life, the universe and everything. Oh, and black holes and death, of course. Just wait until people hear about it's big brother: the International Linear Collider...

Published in Energy
The NASA Wilkinson Microwave Anisotrpy Probe (WMAP) analyzed the cosmic microwave background radiation, which was left over from the Big Bang, to find the most precise age of the universe yet measured: 13.73 billion years.

Published in Space

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