Scientific Enigmas Department: The spreading mind; the escaping stars

The spreading mind . . .

Here’s the first of two videos, 15 minutes each, originally put on youtube in 2011. That was the year when, after 165 years, spiritual, formless, atmospheric, oceanic, mysterious Neptune once again entered its home sign, that of spiritual, formless, atmospheric, oceanic, mysterious Pisces. (2011-2025).

The escaping stars . . .

This report I just came across today! Kapow! Just as soon as we think we “know” something, we don’t. The mystery just keeps on hypervelocitating ever onward, inward, and outward. YES!

Newly-discovered ‘hypervelocity stars’ flee our galaxy

January 11, 2014

A handout photo released on September 11, 2013 by the European Southern Observatory shows an artist impression of how the Milky Way galaxy would look, seen from a very different perspective than we get from the Earth. (AFP/ESO)

A handout photo released on September 11, 2013 by the European Southern Observatory shows an artist impression of how the Milky Way galaxy would look, seen from a very different perspective than we get from the Earth. (AFP/ESO)
Astronomers have discovered dozens of solitary stars that move fast enough to escape the gravitational grasp of the Milky Way galaxy. The stars travel at over 1.5 million kilometers per hour, but scientists have no idea what force drives them.

“These new hypervelocity stars are very different from the ones that have been discovered previously,”said Vanderbilt University graduate student Lauren Palladino, lead author of the study.

“The original hypervelocity stars are large blue stars and appear to have originated from the galactic center. Our new stars are relatively small – about the size of the sun – and the surprising part is that none of them appear to come from the galactic core,” the scientist added, according to the research’s press release.

Palladino works under the supervision of Kelly Holley-Bockelmann, assistant professor of astronomy at Vanderbilt University, who said that the phenomenon of stars fleeing the galaxy is very rare.

“It’s very hard to kick a star out of the galaxy,” said Holley-Bockelmann.

“The most commonly accepted mechanism for doing so involves interacting with the supermassive black hole at the galactic core. That means when you trace the star back to its birthplace, it comes from the center of our galaxy. None of these hypervelocity stars come from the center, which implies that there is an unexpected new class of hypervelocity star, one with a different ejection mechanism,”the scientist also stressed.

The discovery of this new set of “hypervelocity” stars was described at the annual meeting of the American Astronomical Society in Washington DC. It was also published in the Jan-1 issue of the Astrophysical Journal. Australian, Spanish and Mexican specialists also contributed to the study.

It should be noted that the Milky Way’s central black hole has a mass equivalent to four million suns, which produce a gravitational force strong enough to accelerate stars to hyper velocities.

Image of hypervelocity star shown in red on the galaxy views. (Sloan Digital Sky Survey)

Image of hypervelocity star shown in red on the galaxy views. (Sloan Digital Sky Survey)

The previously described effect involved binary pairs of stars that get caught in the black hole’s gravitational grip.

The pair is sucked in by the hole; while one of the stars spirals towards the core, the other one receives a huge kick and is thrown out of the galaxy.

18 giant blue hypervelocity stars have been found to have undergone this process.

They are called HVSs and were first described by Los Alamos National Laboratory scientist, Dr. Jack Hills, in 1988.

The hypervelocity stars’ existence was confirmed 17 years later, when Smithsonian astronomers foundthe first outcast star. Two more hypervelocity stars were found in 2006. In 2010, astronomers using NASA’s Hubble Space Telescope reported detecting HE 0437-5439 – a hypervelocity star that had sped away from the galaxy at a speed of 2.5 million kilometers an hour.

Now, the latest study by Palladino and her colleagues has discovered 20 more stars that can be categorized as the new type of “hypervelocity stars.”

Palladino explained that the study was underpinned by highly precise calculations.

“One caveat concerns the known errors in measuring stellar motions. To get the speed of a star, you have to measure the position really accurately over decades. If the position is measured badly a few times over that long time interval, it can seem to move a lot faster than it really does. We did several statistical tests to increase the accuracy of our estimates. So we think that, although some of our candidates may be flukes, the majority are real.”

The mystery, however, remains: how do stars do that? The scientists say they are working to solve the conundrum.

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