วิวัฒนาการดาวฤกษ์ ตอนที่ 1 : Protostar ต้นกำเนิดของดาวฤกษ์ทุกดวง

Blockdit: https://www.blockdit.com/curiositycha... Tiktok:   / curiositychannelth   Contact: [email protected] The Curiosity Channel is hosting a campaign in collaboration with https://futureskill.co/, a platform for learning future skills such as programming, website design, video editing, content creative, data analytics, and more. 1. 1-Year Buffet Package - 50% off, from 9,948 baht to 4,974 baht. Discount Code: AFFXCC or click the link: https://fskill.co/Aoag 2. Individual Course Package - 100 baht discount for any individual course. This is an additional discount from the already discounted price on the website. Discount Code: AFFXCC100 or click the link https://fskill.co/Aoal 3. Superclass Package - 100 baht discount on top of the already discounted price on the website. Discount Code: AFFXCC100 or click on the link: https://fskill.co/Aoam Wining your brand with grit: Overcoming the obstacles of building a "never-let-go" brand by Rawit Hanutsaha https://page.futureskill.co/winning-y... Discount Code: AFFXCC100 Friendly Gym Fitness Bang Phli   / friendlygymsmt9   ---------------------------------------- When you look up at the night sky, what do you see? Those countless twinkling lights in the distance are all stars in the Milky Way galaxy, each with its own life path. But have you ever wondered how these stars were formed? In this video, we'll dive into the origins of every star in the universe—from a cold cloud of gas floating through space to the birth of a glowing star. We'll explore the crucial moments of a "protostar," the origin of the immense energy that powers the universe. How do protostars emerge from seemingly unremarkable clouds of hydrogen gas? The nuclear fusion reactions that transform protostars into full-fledged stars. Why do some stars fail to become stars and instead become brown dwarfs? The wonders of physics, such as hydrostatic equilibrium, that keep stars in their shape. And the story of supernovae, a key driver of star formation. We'll also explore the complex mechanisms behind them—from the gravitational collapse of gas to the process known as degenerate electron pressure, which prevents nuclear fusion in low-mass stars. Get ready for a journey into space, where every particle of gas can become a shining sun, and where a single nuclear reaction can fail. It could cause entire stars to never shine. Unravel the mysteries of the universe and learn why some gases become stars, twinkling in the sky, while others become nothing but hot, lightless clouds.