James Webb observes the signature of water vapor in protoplanetary disks for the first time
Ғылым және технология
In this episode, we explain the new discovery made by Webb’s MIRI instrument that supports a long-proposed theory of how planets are formed and how it is challenging our current theories. We also discuss the implications and significance of this discovery for our understanding of planet formation and diversity.
Chapters:
00:00 Introduction
01:08 The snowline drift theory
03:07 How Webb’s MIRI instrument observed water vapor in protoplanetary disks
04:54 THow the structure and chemistry of protoplanetary disks affect the formation of planetary systems
08:09 Outro
08:31 Enjoy
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Пікірлер: 7
This hasn’t taken too long. I’m pleased and delighted!!! A new beginning!!!
Realy I like this video so so much like you can imagine its more than interestyng
Compact disks and extended disks will both be influenced by comets and asteroids bringing new materials into the planetary disks. Thus any new solar system forming, will have a very complex evolution, varying according to its individual star, and planetary disk composition, with the strong possibility of moon collisions also being a significant feature in its evolution.
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Wouldn't it be cool to find a planet that is entirely ocean?! It could have solids at the "core".
Oh, yeah' don't forget that every nucleus of every atom is a magnet and its shell is the field surrounding it.
OH steam from the sun?