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Furthermore, stephen Hawkings area theorem posited that the event horizon of a black hole, from which not even light can escape, can only grow, and never shrink. The perfect way to test that is to use gravitational waves to measure the surface of two colliding black holes and the resulting, unified black hole. This aspect of Hawking Was Right Black Hole Surfaces Can Only Grow Not plays a vital role in practical applications.

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In particular, as reported today in Physical Review Letters, analysis of the event confirmed a theorem derived by Stephen Hawking that a black holes surface area can only grow and never shrink. This aspect of Hawking Was Right Black Hole Surfaces Can Only Grow Not plays a vital role in practical applications.

Furthermore, this event confirmed Stephen Hawkings theorem, proposed back in the 1970s the area of a black holes event horizon never decreases. The results of the discovery were published on September 10 in the journal Physical Review Letters. This aspect of Hawking Was Right Black Hole Surfaces Can Only Grow Not plays a vital role in practical applications.

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Furthermore, stephen Hawking Was Right Black Holes Always Grow in Area. This aspect of Hawking Was Right Black Hole Surfaces Can Only Grow Not plays a vital role in practical applications.

Moreover, this event confirmed Stephen Hawkings theorem, proposed back in the 1970s the area of a black holes event horizon never decreases. The results of the discovery were published on September 10 in the journal Physical Review Letters. This aspect of Hawking Was Right Black Hole Surfaces Can Only Grow Not plays a vital role in practical applications.

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