Black holes the ultimate abyss

A journey into the depths of interstellar space to explore the mysteries of black holes, the putative products of stellar destructions which have cores so dense that their gravitational pull drags all matter in their path into an incomprehensible, inescapable, annihilating 'Singularity' where even space and time themselves cease to exist.

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"Most dazzling detective story in the history of science"
"Ultimate abyss"@en

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"A journey into the depths of interstellar space to explore the mysteries of black holes, the putative products of stellar destructions which have cores so dense that their gravitational pull drags all matter in their path into an incomprehensible, inescapable, annihilating 'Singularity' where even space and time themselves cease to exist."
"A journey into the depths of interstellar space to explore the mysteries of black holes, the putative products of stellar destructions which have cores so dense that their gravitational pull drags all matter in their path into an incomprehensible, inescapable, annihilating 'Singularity' where even space and time themselves cease to exist."@en
"This program features photography, computer animation, and discussions with cosmic explorers. Join scientists on a theoretical voyage to the heart of nature's most terrifying abyss."
"Join us for the most dazzling detective story in the history of science: the search for black holes in the universe. This award-winning program features mesmerizing photography, state-of-the-art computer animation, and a cast of intrepid cosmic explorers including Isaac Newton, Stephen Hawking, and even such unlikely inter-dimensional explorers as Homer and Bart Simpson."
""Nothing psyches up a physicist quite like a black hole, a star that has died and yielded to the gaping maw of gravity. Listen as Stephen Hawking, aided by 3-D animation, explains the concept of space-time and how black holes are formed. Allow yourself to be drawn to the edge of a black hole -- the event horizon -- and imagine what life would be like inside."--Container."@en
"Explores the origins of astronomical black holes. Explains where they come from and where they might be found."
"Explores the origins of astronomical black holes. Explains where they come from and where they might be found."@en
"Discusses the phenomena of black holes in space, especially the work of Phil Charles, an astronomer who searches for them."@en