Welcome to "Jared Owen Shorts," where we explore the vast mysteries of the cosmos through mesmerizing 3D modeling.

In this episode, we're setting our sights on a topic that surrounds our planet, yet is often underestimated – the immense expanse of Earth's atmosphere.

Have you ever wondered just how big our atmosphere really is?

Join us on an eye-opening journey as we unveil the staggering scale of this gaseous envelope that envelops our world. Through intricate visualizations, we'll provide a perspective that's both awe-inspiring and educational.

From the surface of our planet to the boundary where space begins, we'll showcase the layers and dimensions that make up this vital shield, revealing its role in supporting life on Earth and protecting us from the harshness of outer space.

Whether you're a budding astronomer or simply curious about the science that surrounds us, Jared Owen Shorts promises an immersive experience that will expand your understanding of the world we call home.

Stay tuned to gain a newfound appreciation for the sheer size and significance of our atmosphere.



If you want the full explanation, here’s the full video: [ Ссылка ]

Other related videos:

How big is the solar system? ☀️: [ Ссылка ]
How to remember the phases of the moon 🌙:
[ Ссылка ]
These are the parts of the International Space Station
[ Ссылка ]
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Welcome to the Jared Owen shorts channel…

Today’s topic (regardless of when you’re watching) is astronomy.

Astronomy has been a subject of fascination for millennia. We know from the ancient civilizations who first started documenting natural phenomena that astronomy has been studied in depth since then…

Yet, we're still largely unaware of the vast majority of events occurring outside our planet.

Every single day, new planets with unique and peculiar characteristics are discovered.

Astronomers worldwide dedicate their lives to exploring and understanding the universe beyond us, and how physics and natural phenomena can be similar to those on Earth… and how they can be vastly different.

Astronomers in ancient cultures were revered, and it seems that people thousands of years ago knew more about the universe than the average person today.

DDoes that mean astronomers have made no advances in thousands of years? Of course not. Astronomers have delved deep into the darkness of the universe and discovered things that we can barely imagine.

Yet, the average person has strayed from this interstellar curiosity. We know very little about the universe.

And it may have a lot to do with our hectic lifestyles.
We no longer have (or take) the time to gaze at the skies. The stars are no longer as captivating. Sometimes we can’t even observe the stars; for those of us who live in big cities, the polluted skies do not even allow us to see the stars clearly.

We even tend to pay more attention to astrology and what social media has to say about our astrological sign than we actually know about stars, planets and how they interact.

Nothing against astrology, but astrology is based on astronomy, yet it’s easier to read what social media has to say about stars and planets instead of researching it for ourselves; whether we want to do it with a fully scientific or a more esoteric lens.

That's precisely why I wanted to merge my craft with astronomy.

I create 3D art and modeling using a software called Blender. You might've heard about Blender before, and if you haven't, much of the 3D animation that you see online and even on TV was made in Blender.

I use 3D animation to explain how things work in a way that anyone can understand.

From people with a PhD in science to a curious 12-year-old, I strive to make 3D animations that help everyone understand how things around them work.

And this is my series on astronomy.

Precisely due to the hectic lifestyle most of us lead, I'm bringing my astronomy series to my short channel.

Not all of us have the time to watch an astronomy documentary. And although I would highly recommend watching a full astronomy documentary whenever you have the chance, it might be a little overwhelming and time-consuming for most.

So consider this like a crash course in an astronomy documentary.

Let's take the moon as an example.

We see the moon every single night. Yet, do you understand how the phases of the moon work?

We more or less know all the phases of the moon: new moon, waxing crescent, first quarter, waxing gibbous, full Moon, waning gibbous, third quarter, and waning crescent.
You might not have known all the phases of the moon by name, but I'm sure you can distinguish them by their shape.

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