What was there BEFORE the Sun ? At the Heart of the Mysteries of the Universe | SPACE DOCUMENTARY

🌍 Dive into the deepest mysteries of the universe, on a journey that will take you beyond your imagination. Nebulae, those incredible cosmic "factories" where stars are born, have always fascinated amateur and professional astronomers alike. These stellar formations, veritable natural masterpieces, are home to some of the most spectacular astronomical phenomena in our galaxy and beyond. By exploring the secrets of nebulae and star formation, we discover not only the origins of the universe, but also crucial clues to our own existence.
Discover the latest discoveries and finest images captured by the world's most advanced telescopes, offering an unprecedented visual spectacle of nebulae, from the birth of stars to the evolution of galaxies. Whether you're an astronomy enthusiast, a science student, or simply curious to discover the wonders of space, you'll find here an inexhaustible source of inspiration and knowledge. Join us in this exploration of the universe, where each star, each nebula, tells us a thousand-year-old story, testifying to the infinite grandeur and beauty of the space that surrounds us.
🔥 As a reminder, videos are published on SUNDAYS at 9:00 pm.
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💥The Nebulae:
- Nebulae in the Universe take on shapes very similar to those of our earthly creatures. When we gaze up at the sky on a clear night, we can recognize constellations with familiar patterns, and we can even guess at them, since they've been cradling mankind since the dawn of time. The universe seems both familiar and unknown. Galaxies, nebulae and other astronomical phenomena have long been given animal names. It's human nature to see the familiar in the unfamiliar.
A nebula is an interstellar cloud of gas and dust. Nebulae are one of the ingredients of the Universe, along with stars, planets and galaxies. They play a fundamental role in the history of the cosmos, as it is within them that new stars are formed.
Nebulae play a vital role in the evolution of galaxies. By understanding how nebulae form and evolve, we can better understand the overall evolution of galaxies. Nebulae contain chemical elements that are essential building blocks for planets, stars and life itself. They provide crucial information about the chemistry of the Universe. By collecting data on nebulae and the regions in which new stars are formed, scientists are gathering elements for reconstructing the environment that existed in the early universe. The more distant the nebulae studied, the more the elements gathered help to understand the first stages of cosmic evolution. Exceptional and unique astrophysical phenomena can occur in some of these nebulae. Observing them helps enrich our understanding of the Universe.
There are several types of nebula. The most common are emission nebulae, reflection nebulae and obscure nebulae. Emission nebulae are bright. This is because their atoms are excited by ultraviolet radiation emitted by nearby young stars. The atoms in turn become a source of radiation. Reflection nebulae, on the other hand, emit no radiation themselves. They reflect the luminosity of the nearest stars, even reproducing their color. Dark nebulae, on the other hand, are dense concentrations of light-absorbing dust. They're only visible when there's a light source behind them, from which they can be detached. They're easy to observe, and frequently even visible to the naked eye.
But how were nebulae discovered? And how do they form?
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🎬 Today's program:
- 00:00 - Introduction
- 01:30 - The mysteries of nebulae
- 10:54 - The different types of nebulae
- 54:40 - Nebulae beyond the Milky Way
This channel is an official affiliate of the ORBINEA STUDIO network.

[@BrentRichards-vp1cg]

This is more dazzling and captivating than the real universe❤

[@justinwolf7490]

Great video! Love the space videos they help me sleep as I dream of the stars ✨

[@steveleisten1189]

Sunday morning story time ❤❤💥💥

[@jenxstv1067]

Absolutely beautiful 💜 🌌

[@v3-nnom-ousgamingentertain378]

Amazing ❤😊

[@user-ul6dc4qc4j]

The universe has no beginning & you can't prove otherwise.

[@Just.A.T-Rex]

They already have

[@user-ul6dc4qc4j]

@@Just.A.T-Rex then you believe everything the internet says.

[@deniszovko8274]

Wow❤

[@donnysandley4649]

Woohoo 🎈🎉

[@donnysandley4649]

Amazing we always find references to animals available 😜

[@rayjasmantas9609]

It seems logical to say: The atom has a excitement state capability; Thus adding the recognition of the amount of drift through the gravity field of a nebula (the stabilizing factor of the atom); permits the amount of recognition the gas area gives; thus serving for the recognition of the different nebulas.

[@rayjasmantas9609]

Reminding the nebulas are drifting through empty Space and keeping its area staying with unity responses; This is the same logic of the straight light light travels once emitted from the Sun after it even finds the Solar System is actually drifting it placement adjustments as well at high speeds; Thus in a nebula, the atom 's excitement states abilities are training to represent an association with light as a energy, which effects its excitement states for absorbing energy or its emissions; making it a area in Space.

[@rayjasmantas9609]

This shows by the example of the Solar system straight line maintaining travel, is holding the light in place by the Solar System' gravity field; Thus the gravity field would be said supplying the light with its energy (as the wave continues to flow); Which could be explored for existence of antimatter in the area; Since logically anti matter is the base /foundation to support matters emersion into recognition.

[@rayjasmantas9609]

The logic of fusion being present to building mass out of matter.

[@rayjasmantas9609]

So is the next step to establishing matter, the question of why water as 2 gases have the ability to cause waves and lock themselves to the surface to the Earth.

[@rayjasmantas9609]

A simple mass capable of allowing enormous projection energies - rocket fuel.