The Universe: Ancient Mysteries Solved Season 1 Episode 12

The Universe: Ancient Mysteries Solved Season 1 Episode 12 The Most Dangerous Place in the Universe

  • TV-14
  • August 21, 2007
  • 44 min
  • 7.9  (130)

In season 1 episode 12 of The Universe: Ancient Mysteries Solved, titled "The Most Dangerous Place in the Universe," viewers are taken on a journey through the universe to explore various dangerous locations. The show discusses how space is not just a vast and endless void, but is actually filled with extremely hostile environments.

The episode begins by introducing the concept of black holes and how they are considered to be the most dangerous place in the universe. The show highlights how black holes are incredibly powerful and have the ability to consume anything that comes close to them. The episode also explains how the intense gravitational force of a black hole can cause a process known as spaghettification, where anything that approaches a black hole will be stretched out into long, thin strands.

The show then delves deeper into the deadly characteristics of other celestial bodies such as neutron stars, which are the remnants of supernovas. These neutron stars are immensely dense, with a mass greater than the sun, but are just a few kilometers in diameter. They have incredibly strong magnetic fields that are capable of tearing apart atoms and even light. The show explains how neutron stars are observed through the radio waves they emit, which resemble the precise ticking of a clock.

Further, the episode discusses how the radiation emitted by pulsars, which are a type of rapidly rotating neutron star, can be highly dangerous. Pulsars emit deadly radiation in the form of gamma rays, X-rays, and other high energy particles that can be harmful to astronauts and even electronic equipment. The show highlights how scientists are studying pulsars to better understand their behavior and inform future space exploration missions.

The episode also delves into the dangers associated with supernovas, massive explosions that occur when stars die. During a supernova, a star can release more energy in a few moments than the sun will emit in its entire lifetime. The show explains how these explosions can be harmful to planets and even living organisms that are nearby. The episode also touches on the potential for gamma-ray bursts, which are associated with the death of some types of stars, to cause mass extinctions on Earth and other nearby planets.

In addition to discussing these natural hazards, the show also examines the potential dangers associated with human activity in space. The episode explores the possibility of a space debris field, which is made up of the thousands of pieces of debris created by human activity in space. These debris pieces can travel at extremely high speeds and pose a threat to working satellites, spacecraft, and even astronauts.

Overall, season 1 episode 12 of The Universe: Ancient Mysteries Solved provides a fascinating look into the dangers that exist in the vast expanse of the universe. The episode explores various celestial bodies and the perilous characteristics that make them highly dangerous to humans and other life forms. The show also highlights the efforts of scientists to study and better understand these hazards so that we can continue to explore space safely and with a greater understanding of the universe around us.

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Description
  • First Aired
    August 21, 2007
  • Content Rating
    TV-14
  • Runtime
    44 min
  • Language
    English
  • IMDB Rating
    7.9  (130)