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Digitalchhokraa, Dehlingen (2026)

04/08/2023

“’Interstellar’ is a cinematic odyssey that weaves the intricate fabric of theoretical physics into a deeply human narrative.

Let's explore ❤️

The theory of relativity isn’t merely a backdrop; it’s a pivotal force driving the plot and the emotional stakes of the movie. As our intrepid astronauts journey near a supermassive black hole named Gargantua, the immense gravitational pull causes time dilation.

Here, hours become equivalent to years back on Earth, turning the passage of time into a precious resource and giving a human dimension to an abstract scientific concept.

The movie also explores wormholes, theoretical shortcuts through spacetime, to traverse huge cosmic distances. It’s a mind-bending demonstration of how our understanding of the universe might, someday, overcome the vast scales of space, instantly.

The movie also ventures into the realm of higher dimensions, culminating in the creation of a tesseract within a black hole. In a 3D projection of a 5D world within a black hole, unseen beings influence gravity to communicate across time, connecting love, gravity, and time in a uniquely human story set in the cosmos.

video credits:
1st video: Science Time/ YouTube
2nd video: Anant Cosmos/ YouTube
3rd video:

Music credits:

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If you want to learn more about the physics and mysteries of the universe and beyond, make sure to check out the E-Book by . Enter "Spaceinnutshell" to get 10% off of your purchase.
Note: This is an individual promotion of ebooks and is nowhere associated with this platform.

19/07/2023

This is how an A.I imagined Black Holes.
Swipe for more👉🏽

Let's explore ❤️

This is the second part of an A.I imagined simulations of Black Holes.

A black hole is an astronomical object with a gravitational pull so strong that nothing, not even light, can escape it. A black hole’s “surface,” called its event horizon, defines the boundary where the velocity needed to escape exceeds the speed of light, which is the speed limit of the cosmos. Matter and radiation fall in, but they can’t get out.

Two of the main classes of black holes have been extensively observed out of four classifieds.

Stellar-mass black holes with six to dozens of times the Sun’s mass are spread throughout our Milky Way galaxy, while supermassive monsters weighing 100,000 to billions of solar masses are found in the centers of most big galaxies, ours included.

A stellar-mass black hole forms when a star with more than 20 solar masses exhausts the nuclear fuel in its core and collapses under its own weight. The collapse triggers a supernova explosion that blows off the star’s outer layers. But if the crushed core contains more than about three times the Sun’s mass, no known force can stop its collapse to a black hole.

The origin of supermassive black holes is poorly understood, but we know they exist from the very earliest days of a galaxy’s lifetime.

Once born, black holes can grow by accreting matter that falls into them, including gas stripped from neighboring stars and even other black holes.

These videos are generated with the help of MidJourney AI.

Video credits:

14/07/2023

Polar Stratospheric Clouds ☁️🥰
Which one is your favorite?(1-5)

Let's Explore ❤️

Those are polar stratospheric clouds that only form in the winter polar stratosphere at altitudes of 15,000–25,000 m (49,000–82,000 ft).

The stratosphere is very dry; unlike the troposphere, it rarely allows clouds to form. In the extreme cold of the polar winter, however, stratospheric clouds of different types may form, which are classified according to their physical state (super-cooled liquid or ice) and chemical composition.

Due to their high altitude and the curvature of the surface of the Earth, these clouds will receive sunlight from below the horizon and reflect it to the ground, shining brightly well before dawn or after dusk.

Since they form above all other clouds, it has to be clear in the area for you to see them. They are most visible close to sunrise or sunset (civil twilight) when the sun is between 1 and 6 degrees below the horizon. For them to form, the temperature in the stratosphere has to be between -70°C to -90°C, which only happens a few times a year in the Arctic polar region.

Video credits:
👉🏽1st Video: The vital info
👉🏽2nd video: NZP Chasers
👉🏽3rd video: Rebecca Paviola
👉🏽4th video: unknown
👉🏽5th video: travel escapes
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If you want to learn more about this and the universe, make sure to check the eBooks in the bio link and use code “spaceinnutshell” for 10% off.

13/07/2023

Univers 🌌 Largest 🌌 Galaxy 🌌 Shorts

13/07/2023

Ever wondered what would happen if our Sun turned into a Black Hole? 🤔

Let's Explore ❤️

If you are already imagining the Earth spiraling towards the black-hole-Sun, being spaghettified and other similar horrors, you are not the only one! Let us put your fears to rest once and for all.

First of all, the Sun is never going to turn into a black hole. Only the most massive stars become black holes at the end of their lives. Little stars, like the Sun, die in a different way. When these stars burn up all the hydrogen in their cores, they swell into red giants. Their cores contract while various outer layers form and continue to expand. At the end, these stars leave behind a very dense core, a so-called white dwarf, surrounded by a shell of gas, a planetary nebula.

OK, let’s imagine for a second that the Sun did turn into a black hole. What would it be like for us? Well, the black-hole-Sun will not be giving out any light or heat. You will not be able to see the Moon and our neighbor planets on the permanently dark sky anymore, only stars. But here is good news: our black-hole-Sun will be so small, that “gravity-wise” we would hardly notice any difference.

Even if the Sun somehow converted into a black hole without the initial expansion, explosion and, inevitably, mass loss that normally accompany such transformation, a solar mass black hole will still be tiny!

As for the living things, life on Earth, even though it will stay on its current orbit, will not be a picnic. As the temperature on Earth drops, the surface water will quickly freeze. Without sunlight, photosynthesis will cease and plants and, consequently, plant eating species will die out. Humans might be able to survive underground using geothermal energy for heating and to generate electricity.

What do you think about this? Please mention your opinions in the comments. 👇🏽

Video Credits:

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- The secrets of the Universe/ YT
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- .art
- Andrew Hamilton

13/07/2023

Eye of Typhoon Trami seen from space😮Last slide will blow your mind🔥

Let's Explore❤️

Typhoon Trami was the second typhoon to affect Japan within a month in 2018. The twenty-fourth tropical storm and tenth typhoon of the annual typhoon season, Trami developed from a low-pressure area southeast of Guam on September 20. It intensified into a tropical storm on the next day, and intensified into a typhoon on September 22. Trami steadily intensified and reached its peak intensity late on September 24.

On the following day, Trami slowed and drifted northward. It began to weaken due to upwelling. Trami accelerated and turned northeastward on September 29, before it struck Japan on the next day, and became extratropical on October 1. The extratropical remnants persisted for days until dissipated completely on October 8.

Trami caused additional damage to Japan, while it still recovering from the impacts of Typhoon Jebi. Transportation was disrupted with several domestic flights were cancelled. Over 380,000 people were evacuated. In total, Trami killed 4 people and left hundreds of injures. Insurance loss were estimated to be ¥306 billion (2018 JPY, $2.69 billion USD)

Source:
👉🏽https://www.popularmechanics.com/science/environment/g23476029/typhoon-trami-photos/
👉🏽https://www.esa.int/ESA_Multimedia/Images/2018/09/Super_Typhoon_Trami

11/07/2023

Comparision of Asteroid impact on earth w.r.t their size🌠🤯 Don't miss the last slide💥

Asteroids of smaller diameters are disrupted in atmosphere itself. So, the simulated asteroids start off small, from 90 meters enough to create a crater of 1.16km in diameter. Increasingly, the projection of 100 km asteroid is especially terrifying. That one spews huge projectiles back into space and burns a huge portion of planet Earth. Fortunately, asteroids that size are projected only to have a chance of hitting us every four billion years. We certainly wouldn’t want to be around for that asteroid impact.

Coming to Ceres, i guess no one even in their wildest dreams would like to imagine that giant ball hit the surface of earth. Ceres was the largest Asteroid (now a dwarf planet) in our solar system. It's mass is 895 Quintillion kilograms and has a diameter of 946 kilometers. If it ever touches the surface of earth, it will hit Earth with a massive force and send billions of tons of debris into the Earth's atmosphere.

This debris will create rings around Earth that will eventually form a new small moon. Soon after this collision, our entire planet will start heating up and all the oceans will evaporate. This collision will not only wipe out entire humanity but also make Earth uninhabitable.

Mention a friend who would love to see this🥰

Video credits :

Let's Explore ❤️

11/07/2023

What you see here is known as Space Jellyfish Phenomenon🚀😲

Let's Explore❤️

Yes, you read it right, that's actually a term given for a phenomenon.

A space jellyfish phenomenon is a type of twilight phenomenon. It is caused by sunlight reflecting off the high altitude rocket plume gases emitted by a launching rocket during morning or evening twilight. The observer is in darkness, while the exhaust plumes at high altitudes are still in direct sunlight. This luminous apparition is reminiscent of a jellyfish.

Video Descriptions:

👉🏽2nd Video: A SpaceX Falcon 9 rocket launched Intelsat's Galaxy 33 and Galaxy 34 satellites from Florida's Cape Canaveral Space Force Station on Oct. 8, 2022. A camera on the SpaceX drone ship in the Atlantic Ocean was perfectly aligned to see the launch and landing for the first stage of the rocket.

👉🏽3rd Video: This is a timelapse of a Soyuz rocket breaking out Earth’s atmosphere, captured from the ISS.

👉🏽5th Video: SpaceX's Falcon 9, a rocket carrying satellites, launched on 21st Dec, 2017. Friday from Vandenberg Air Force Base on the coast and provided a spectacular view all the way to Bakersfield.

Video credits:

/ Roscomos / International Space Station

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Source and related articles:
👉🏽https://en.wikipedia.org/wiki/Space_jellyfish
👉🏽https://www.npr.org/2022/05/06/1097089192/space-jellyfish-spacex

10/07/2023

I know this might sound a bit confusing initially, but read through and you’ll get the point. Regular forces are usually defined by their direct impact, you are “forcing” a particular movement on a specific object. If we took the electromagnetic force, for example, it’s the attraction or repulsion of charges causing this “forcing”. Now gravity classically was in fact exactly like electricity but with masses. But then came Einstein, who explained that a mass warps/curves the space around it. It’s like a mass moving through a small depreciation on the ground, is gravity forcing a trajectory? Yes! But can we compare this to normal forces such as electromagnetism, not really! It is a relativistic effect yielding a force-like entity.

Let's explore🚀🌌

Digitalchhokraa

04/08/2023

19/07/2023

14/07/2023

13/07/2023

13/07/2023

13/07/2023

11/07/2023

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