Show Notes
Saturn's most distinguished feature are its brilliant, shining rings, which have intrigued astronomers since the 17th century. But in the 1980s, Voyagers 1 & 2 revealed to us that each of the large planets in the Solar System is home to a ring system, but each varies wildly in its composition, arrangement, and substantiality. In this video, we will explore the complex and elegant natural phenomenon that is planetary ring systems.
Music: - Drifting at 432Hz | Unicorn Heads - The Oceans Continue to Rise | Chris Zabriskie - Passing a Foreign Moon | I Think I Can Help You - The Five Books | I Think I Can Help You - I Want To Fall in Love on Snapchat | Chris Zabriskie - Nevada City | Huma Huma - Open Sea Morning | Puddle of Infinity Songs by Chris Zabriskie are licensed under a Creative Commons Attribution 4.0 License.Artist: http://chriszabriskie.com/ All other songs were retrieved from the YouTube Audio Library
CHAPTERS: 00:00: Introduction 02:05: What is a Ring System? 04:31: How do Ring Systems Form? 08:03: The Rings of Saturn 11:58: The Rings of Uranus 13:43 Shepherd Moons 16:03 J1407b - Super Saturn Rings
More from SEA: Space Exploration & Astronomy
Far beyond the reaches of the four rocky planets, we find our Solar System's showpiece worlds- the two gas giants, Jupiter and Saturn. As the two largest planets, they both make tantalising targets for probes exploring the planetary neighbourhood, but both lie significantly further from the sun than the Earth and its terrestrial neighbours. But early in the 1970s, the technology for deep space voyages was primed, and missions to both Jupiter and Saturn ensued. Those missions make up the topic of our video today, in this second episode of our trilogy of Probes that Studied the Solar System.
In 2012, the world’s most advanced science experiment uncovered the signature of the Higgs Boson, the so-called “God Particle” which gives particles their masses. The Higgs was the last of the Standard Model's particles to be verified experimentally. But far from closing the case, it instead opened a new frontier in physics that today embodies everything we still don’t know about nature’s smallest scales. And so in this video, we will wind back the clock more than half a century, to unravel the history and mysteries of the elusive Higgs Boson.
Why does the universe choose life over silence? Why has its once inanimate matter and energy come alive on planet Earth? Is it chance? Fate? Or even, by design? It is this profound question that has plagued our conscious minds since the time of our earliest ancestors, and it is going to be the topic of our video today. This video is my oldest idea, and I was planning for it as early as 2021. A massive thank you to the artist Semiquaver for composing the soundtrack that brought this vision to life.
Can we ever turn back the clock? On Earth, Time is rigid and immovable, but in space, it's practically the opposite. Out in the cosmos, time is another dimension alongside the three of space- but unlike in 3D space, there is only one way we seem to be able to move through time. The cause of this directionality, and so-called "Arrow of Time" through the cosmos, makes up the topic of our video today- the second part in a double header on the mysterious workings of Time.
Tick. Tock. It's a sound you probably hear several times a day. Time dominates virtually every aspect of our lives, attuned to the rigid, unflinching regularity of Hours, Minutes and Seconds. The question how did our ancient ancestors figure out these units? Who came up with the concepts of timekeeping, like Minutes and Seconds, and why are there 60 of them, and not say, 100? The answers to such questions make up the topic of our video today- the first in a two-part series on the mysterious workings of Time.