Saturday 19 March 2016

Intelligent Alien entities already inhabiting with us!! - Dr Ruggero Santilli

Scientists say these are pictures of entities not visible to the naked eye
Thunder Energies Corporation, an optics, nuclear physics and energy company, claims to have detected "invisible entities" living in Earth's atmosphere.
The corporation is run by controversial Harvard-educated Italian-American nuclear physicist Dr Ruggero Santilli.
He is dismissed by many mainstream scientists as a "fringe scientist" but he has in turn branded the rejection of his work as a conspiracy against "novel science" which often conflicts with established thinking, such as Einstein's theory of relativity.
The nuclear physicist says the discovery was made using the Santilli Telescope he has developed to try to discover proof of theoretical anti-matter galaxies, anti-matter cosmic rays and anti-matter asteroids.
The research team even fears the previously unknown micro-lifeforms may be carrying out covert surveillance on Earth because of where they have been found.

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Read here : http://www.cosmostv.org/2016/02/videonew-telescope-detects-intelligent.html

Event Horizon - Black Hole

The event horizon of a black hole is the boundary (‘horizon’) between its ‘outside’ and its ‘inside’; those outside cannot know anything about things (‘events’) which happen inside.
What an event horizon is – its behavior – is described by applying the equations of Einstein’s theory of General Relativity (GR); as of today, the theoretical predictions concerning event horizons can be tested in only very limited ways. Why? Because we don’t have any black holes we can study up close and personal (so to speak) … which is perhaps a very good thing!
If the black hole is not rotating, its event horizon has the shape of a sphere; it’s like a 2D surface over a 3D ball. Except, not quite; GR is a theory about spacetime, and contains many counter-intuitive aspects. For example, if you fall freely into a black hole (one sufficiently massive that tidal forces don’t rip you to pieces and smear you into a plastic-wrap thin layer of goo, a supermassive black hole for example), you won’t notice a thing as you pass through the event horizon … and that’s because it’s not the event horizon to you! In other words, the location of the event horizon of a black hole depends upon who is doing the observing (that word ‘relativity’ really does some heavy lifting, if you’ll excuse the pun), and as you fall (freely) into a black hole, the event horizon is always ahead of you.
You’ll often read that the event horizon is where the escape velocity is c, the speed of light; that’s a not-too-bad description, but it’s better to say that the path of any ray of light, inside the event horizon, can never make it beyond that horizon.http://www.universetoday.com/42471/event-horizon/