Wednesday, December 10, 2008

As predicted - Black hole confirmed in Milky Way

BACKGROUND POSTINGS

Giant Humans From The Past

Posted on 09/28/2008

From the Posting:

c. Less Gravity - further away from Sun or Milk Way's Black Hole.

White Hole - Did I say them in 1998/99 - you decide

It was also hypothised and made official by Blandford, R. D. in Aug 98 and published in Aug 99. Around '98 Aug I had also started talking to some of my Cisco colleagues over lunches over the year '98, but do not recall the months, but for sure by Aug' 98, as I was thinking of the subject since I was watching PBS Nova shows from early '90s.

UFO Anti Gravity Technology

From thje Posting :

Gravity is not the cause of Space-Time Curvature Bending! This is the fallacy of the modern Physicists! I am underwriting a paper (where I have also mentioned the fact that the center of the Milky Way and Galaxies have a Black Hole) but never getting to it.

Parallel Universes

Science of PraaNayama

From the Posting:

- Modern Science is still playing catch up and just watch the videos on the "Chis". Places like MIT have only recently found the "magic of surprises" associated with this phenomenon. Just the think what a Vortex river can do to a swimmer and what Tornado Vortex does!

- Only now the modern science is catching up. Beautiful things happen in Vortex point of Singularity - Big Bang, Black Hole, Super Conductivity, Embryo Formation, and so on. There are two coils to show the Downward Spiral Vortex ( broad to smaller spirals, from top to down) and the Upwards Spiral Vortex, (from big to small spiral from bottom to top). They symbolize the Positive and Negative Energy Fields, Heat and Cold, Male and Female Energies, or Prana and Apna.

Black hole confirmed in Milky Way

Page last updated at 20:45 GMT, Tuesday, 9 December 2008

By Pallab Ghosh
Science correspondent, BBC News

Core of the Milky Way galaxy, taken with Nasa's Spitzer space telescope
The Milky Way was tracked from an observatory in Chile

There is a giant black hole at the centre of our galaxy, a study has confirmed.

German astronomers tracked the movement of 28 stars circling the centre of the Milky Way, using two telescopes in Chile.

The black hole is four million times more massive than our Sun, according to the paper in The Astrophysical Journal.

Black holes are objects whose gravity is so great that nothing - including light - can escape them.

According to Dr Robert Massey, of the Royal Astronomical Society (RAS), the results suggest that galaxies form around giant black holes in the way that a pearl forms around grit.

'The black pearl'

Dr Massey said: "Although we think of black holes as somehow threatening, in the sense that if you get too close to one you are in trouble, they may have had a role in helping galaxies to form - not just our own, but all galaxies.

The most spectacular aspect of our 16-year study, is that it has delivered what is now considered to be the best empirical evidence that super-massive black holes do exist
Professor Reinhard Genzel
Head of the research team

"They had a role in bringing matter together and if you had a high enough density of matter then you have the conditions in which stars could form.

"Thus the first generation of stars and galaxies could have come into existence".

The researchers from the Max Planck Institute for Extraterrestrial Physics in Germany said the black hole was 27,000 light years, or 158 thousand, million, million miles from the Earth.

"Undoubtedly the most spectacular aspect of our 16-year study, is that it has delivered what is now considered to be the best empirical evidence that super-massive black holes do really exist," said Professor Reinhard Genzel, head of the research team.

"The stellar orbits in the galactic centre show that the central mass concentration of four million solar masses must be a black hole, beyond any reasonable doubt."

Observations were made using the 3.5m New Technology Telescope and the 8.2m Very Large Telescope (VLT) in Chile. Both are operated by the European Southern Observatory (Eso).