COSMICEXPLOR

Dive deep into the vastness of the cosmos as we take you on a breathtaking journey from the very beginning of the universe to its distant future. Witness the birth of stars, the formation of galaxies, and the mysteries that lie beyond our comprehension. This timelapse captures not just the scale, but also the beauty and wonder of the universe. From the Big Bang to the eventual fading of the stars, this video encapsulates the awe-inspiring scale of the cosmos. Join us in exploring the infinite expanse and understanding just how big the universe truly is. 🔭 Sit back, relax, and let the universe unfold before your eyes.

Did the big bang happen? What happened before the universe existed? In this Something Stranger Happened Before It! documentary, you'll discover a world of mystery that exists beyond what you've been taught in school. By the end of this documentary, you'll have a new understanding of the origins of the universe and why the big bang didn't happen the way we were told it did. Watch this documentary and learn something surprising about the universe that you never would have guessed!

In this real-time documentary, scientists from around the world are working to confirm that Neptune has an atmosphere. After years of data gathering, they've finally been able to create the first images of Neptune's atmosphere! If you're curious about what Neptune looks like beneath the surface, be sure to watch this documentary. It's sure to astound you with the realism of the images!

How do we really move through spacetime? Sadly the books have sold out. In the meantime, before I do the next print run, here's a floating moon lamp

Ever since the Mariner 10 probe flew by Mercury in 1974, we've been looking at the planet's surface. But until now, we've only had a few blurry images. This new set of pictures, taken by the MESSENGER probe, is the first real images of Mercury's surface. We'll be discussing the implications of these new images, and what they could mean for the future of space exploration. Tune in to find out what we found!

In our macro world, everything has shape, occupies space, and behaves predictably. We're used to the expected: thin materials tear, ice chills, flames burn, and water flows downwards. Yet when the opposite happens, it leaves us amazed. Magicians have thrived on these phenomena for centuries. David Copperfield, in 1983, made the Statue of Liberty disappear, astonishing the audience. Though it wasn't real, the act challenged reality. But there are genuine wonders in our world, without tricks. Prepare to witness: Liquid flowing upwards, A boat in an aquarium without water, Dry water, Hot ice, And more, all defying the laws of Physics! Substances that defy the laws of Physics!

Imagine embarking on a journey aboard a spaceship, heading in one direction as far as possible from Earth. Now, imagine that the spaceship can constantly accelerate up to the speed of light, and you have an infinite lifespan. How long would it take you to reach the edge of the Universe? What would it look like? How would you cross it? And if you were to cross it, what would be beyond? Does the Universe have an edge, or is it infinite? And what shape does our Universe have? In this video, you’ll find out the answers to these exciting questions about the boundaries and shape of our mysterious Universe! What lies beyond the edge of the Universe?

Elon Musk is a prominent advocate of the simulation hypothesis, suggesting there's a very slim chance we exist in the base reality. He famously remarked, "There's a billion to one chance we're living in base reality." This viewpoint is shared by an increasing number of academics. Exploring the likelihood of our existence within a simulation, examining supporting evidence, and considering the potential implications of such a reality is the focus of this discussion. Do we live in a simulation?

Antares is a red supergiant star in the Milky Way galaxy and the sixteenth brightest star in the nighttime sky (sometimes listed as fifteenth brightest, if the two brighter components of the Capella quadruple star system are counted as one star). Along with Aldebaran, Spica, and Regulus it is one of the four brightest stars near the ecliptic. Antares is a variable star, whose apparent magnitude varies from +0.9 to +1.8. The Pistol Star is a blue hypergiant and is one of the most luminous known stars in the Milky Way Galaxy. It is one of many massive young stars in the Quintuplet cluster in the Galactic Center region. The star owes its name to the shape of the Pistol Nebula, which it illuminates. It is located approximately 25,000 light years from Earth in the direction of Sagittarius. It would be visible to the naked eye as a fourth magnitude star, if it were not for the interstellar dust that completely hides it from view in visible light. Rigel (β Ori / β Orionis / Beta Orionis) is the brightest star in the constellation Orion and the sixth brightest star in the sky, with visual magnitude 0.18. Although it has the Bayer designation "beta", it is almost always brighter than Alpha Orionis (Betelgeuse). Aldebaran (α Tau, α Tauri, Alpha Tauri) is an orange giant star located about 65 light years away in the zodiac constellation of Taurus. With an average apparent magnitude of 0.87 it is the brightest star in the constellation and is one of the brightest stars in the nighttime sky. The name Aldebaran is Arabic (الدبران al-dabarān) and translates literally as "the follower", presumably because this bright star appears to follow the Pleiades, or Seven Sisters star cluster in the night sky. This star is also called the Bull's Eye because of its striking orange color and its location in the bull's head shaped asterism. NASA's Pioneer 10 spacecraft, which flew by Jupiter in 1973, is currently traveling in the direction and will reach it in about two million years. Arcturus (α Boo / α Boötis / Alpha Boötis) is the brightest star in the constellation Boötes. With a visual magnitude of −0.05, it is also the third brightest star in the night sky, after Sirius and Canopus. It is, however, fainter than the combined light of the two main components of Alpha Centauri, which are too close together for the eye to resolve as separate sources of light, making Arcturus appear to be the fourth brightest. It is the second brightest star visible from northern latitudes and the brightest star in the northern celestial hemisphere. The star is in the Local Interstellar Cloud. Pollux (β Gem / β Geminorum / Beta Geminorum) is an orange giant star approximately 34 light-years from the Earth in the constellation of Gemini (the Twins). Pollux is the brightest star in the constellation, brighter than Castor (Alpha Geminorum). As of 2006, Pollux was confirmed to have an extrasolar planet orbiting it. Sirius is the brightest star in the night sky. With a visual apparent magnitude of −1.46, it is almost twice as bright as Canopus, the next brightest star. The name Sirius is derived from the Ancient Greek Σείριος. The star has the Bayer designation α Canis Majoris (α CMa, or Alpha Canis Majoris). What the naked eye perceives as a single star is actually a binary star system, consisting of a white main sequence star of spectral type A1V, termed Sirius A, and a faint white dwarf companion of spectral type DA2, termed Sirius B. The Sun is the star at the center of the Solar System. The Sun has a diameter of about 1,392,000 kilometres (865,000 mi) (about 109 Earths), and by itself accounts for about 99.86% of the Solar System's mass; the remainder consists of the planets (including Earth), asteroids, meteoroids, comets, and dust in orbit. About three-fourths of the Sun's mass consists of hydrogen, while most of the rest is helium.

If you want to continue thinking about black holes a tad more, you can do so by getting one of the many black hole related things

In this documentary, we'll be discussing the real Movement of Earth through the Galaxy, based off of the helical model. This model is much more accurate than the model currently used and provides a more clear understanding of the movement of the Earth. This video is a great way to learn more about the helical model and understand how it affects our understanding of the Movement of Earth. We'll be discussing the model in detail and providing examples to help you understand it better. So if you're interested in learning more about the Movement of Earth, watch this video!

What does it *really* feel like to jump from space? In 2012 Felix Baumgartner took a helium balloon into the stratosphere and skydived back to earth in a specially made space suit. Whilst in freefall he broke the speed of sound and entered a spin which threatened the entire Red Bull Stratos mission... Felix reflects on his achievement and shares what it really felt like to jump from the edge of space.

Few of the monsters that evolution created have been so successful at hurting us as the variola virus, responsible for smallpox. The carnage it caused was so terrible and merciless that it compelled humankind, for the first time, to act truly globally. It was one of the greatest wins of our species over the ancient powers of nature, all made possible by… cows.