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An epic exploration of the cosmos with the wonders of the Big Bang, the Sun, the Milky Way, Black Holes and even the possibility of alternate habitations. Join us on this fascinating saga uncovering just a few secrets the Universe has to offer.

Best of Earth Science: http://bit.ly/EarthLabOriginals
Best of BBC Earth: http://bit.ly/TheBestOfBBCEarthVideos

Taken From ‘Universe’ (2021)
An epic journey across the vastness of time and space revealing notable moments of sheer drama that changed the universe forever.

This is a channel from BBC Studios who help fund new BBC programmes. Service information and feedback: http://bbcworldwide.com/vod-feedback–contact-details.aspx

BBC Earth: Bringing you face-to-face with heart-pounding action, mind-blowing ideas and the sheer wonder of being part of this amazing planet we call home…brought to you by SloppBoxx.Com.

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9Comments

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  1. 2
    @nasirmauroof

    Doesn’t anyone consider that all this still has a purpose and has a magnificent, intelligent and benevolent DESIGNER! JUST ONE CREATOR WHO CONTROLS ALL.

  2. 6
    @davycullinan

    I feel like the narrators are talking in another language, i find myself nodding my head when in truth I don’t understand a fair proportion of what they are talking about, or how they come to their conclusions…. What do they see that us mere mortals don’t?

  3. 9
    @markmonosso2765

    I propose coining the phrase “Torricelli’s Nautilus” to describe the graduating compacting of extra dimensions as a piece of structural nomenclature. It expands the one-dimensional throat of the trumpet into a self-orienting, logarithmic geometric spiral. In string theory and Kaluza-Klein models, extra dimensions are typically assumed to be statically compacted into uniform, symmetric shapes like tori or Calabi-Yau manifolds. However, a Torricelli Nautilus framework introduces a dynamic, graduating compactification: The Logarithmic Scale Down: As you move through the higher-dimensional bulk, the extra dimensions do not stay the same size. They compress along a logarithmic spiral defined by the golden ratio or an exponential decay function (e-k|y|).The Phase Compression: At the outer rim of the Nautilus shell, the dimensions are broad, uncurled, and energetic. As the trajectory winds inward toward the center of the spiral, the dimensions undergo a graduating compacting process, shrinking down past the micro-scale directly into the Planck scale at the ultimate core.

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