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Ondanks dat de laatste jaren het aantal waarnemingen van oranje bollen in de lucht spectaculair is toegenomen, is er nog steeds geen harde verklaring voor. Het heeft er alle schijn van dat dit soort waarnemingen ook in het nieuwe jaar in aantallen verder zullen toenemen, totdat…. Totdat het raadsel eindelijk wordt opgelost. Broeksterwoude Net na 12 uur s,nachts, om 00:15 tot 00:40 uur, 1 januari 2015 zag ik drie keer, een voor een een kleine oranje lichtbol vliegen in een rechte lijn. Ze kwamen vanuit het zuiden. Het siervuurwerk was nog in volle gang. De objecten die ik gezien heb, waren duidelijk geen vuurpijlen. Want vuurwerk brandt niet constant. De kleine ufo's maakten geen geluid. Het zien van deze ufo's maakten me blij! De lezer heeft helaas geen opnames kunnen maken, maar het lijkt heel veel op een gebeurtenis die op exact dezelfde datum en tijd plaatsvond aan de andere kant van de wereld en wel in de buurt van Tokyo. Ook daar enkele prachtige oranje bollen die zich door het luchtruim begeven. Enkele dagen daarvoor doet zich ongeveer hetzelfde voor in de provincie Groningen:
Noot: Namens de redactie bedanken we alle mensen die de moeite nemen hun waarnemingen met ons te delen. { www.NIBURU.nl } |
NASA spots massive outburst from our very own black hole

NASA spots massive outburst from our very own black hole
Its root cause still undetermined, a huge X-ray flare from the Milky Way's center has made NASA scientists sit up and take notice.
The X-ray flare from Sagittarius A* is the largest ever observed coming from the supermassive black hole.
NASA/CXC/Stanford/I. Zhuravleva et al.
As you might know, the Milky Way Galaxy, in which we are all floating, has a black hole with a mass 4.5 million times bigger than that of our sun at its very center. So, when NASA says a documented occurrence in that vast pit of darkness "raises questions about the behavior of this giant black hole and its surrounding environment," I get a little nervous.
Fortunately, the observation they're talking about is little cause for alarm. What happened is that back in September of 2013, the Chandra X-Ray space observatory recorded an X-ray flare from the center of the Milky Way's black hole (a vortex known as Sagittarius A*, or Sgr A*) that was 400 times brighter than the energy usually emitted from the area. You can see the flare in the image above. NASA is presenting this documentation at the 225th meeting of the American Astronomical Society, slated in Seattle this week.
What caused the outburst from the usually quiet region of our galaxy? NASA has two theories.
First is that an asteroid wandered too close to the black hole and got ripped apart by the hole's extreme gravitational force. Before the asteroid crossed over the hole's event horizon (or point of no return), the debris it produced got superheated and released the X-rays.
"If an asteroid was torn apart, it would go around the black hole for a couple of hours -- like water circling an open drain -- before falling in," said researcher Fred Baganoff of the Massachusetts Institute of Technology in a statement. "That's just how long we saw the brightest X-ray flare last, so that is an intriguing clue for us to consider."
The second theory about the burst is that the lines of magnetic energy contained in the gas flowing into Sgr A* got tangled and released the X-rays. NASA says that the pattern observed is similar to those found in such types of flares observed from our sun.
But mostly, the space agency really isn't quite sure what caused the outburst.
"The bottom line is the jury is still out on what's causing these giant flares from Sgr A*," said researcher Gabriele Ponti of the Max Planck Institute for Astrophysics in Garching, Germany. "Such rare and extreme events give us a unique chance to use a mere trickle of infalling matter to understand the physics of one of the most bizarre objects in our galaxy."














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