Nexus Atomorum @[email protected]
8.7K subscribers - no pronouns :c
Welcoem to posts!!
in the future - u will be able to do some more stuff here,,,!! like pat catgirl- i mean um yeah... for now u can only see others's posts :c
Evangelion Explained: A Philosophical Dive Into the Abyss of Humanity's Darkest Truths ☠️👇
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"Our now-retired Spitzer Space Telescope captured this image of the Pleiades, or Seven Sisters, a cluster of over a thousand stars loosely bound by gravity. The picture was taken by Spitzer's infrared camera, then different infrared wavelengths were mapped to blue, green, or red."
- NASA
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Scientists have discovered that the debris from a star that was shredded by a supermassive black hole is now intercepting another object orbiting it, causing repeating X-ray flares.
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You're a super star (cluster) 🌠✨
NASA Webb recently caught this dazzling glimpse of Westerlund 1, a super star cluster in the Milky Way that packs the mass of (up to) 100,000 Suns in a region less than six light-years across.
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📺 Does it bother you when an animated transcript is shown during the video? 🗨️
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I've been considering the possibility of removing the appearance of the character "Nexus" at the beginning of the videos and starting them without his intervention. This brief survey aims to gather opinions on this matter.
Do you enjoy Nexus's appearance at the beginning and end of the videos, or would you prefer not to see him?
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Largest Black Hole ever discovered compared to our solar system! 😲
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A New H0pe?
Scientists are using the Webb telescope to measure the expansion of the universe by pointing it at a gravitationally lensed supernova called SN H0pe. The light from this exploding star has been bent and magnified by a galaxy cluster located between it and us.
Supernova H0pe was discovered when scientists observed three points of light in a Webb image of a galaxy cluster that were not present in the Hubble data. These points (circled in the image) are a special type of supernova with a known luminosity.
Each point is the supernova at a different moment in time. Imagine sitting in front of a vanity with a triple mirror, so there are three versions of you. Add a time delay, so that in the right mirror you're lifting a comb, in the left mirror you're combing your hair, and in the middle mirror you're putting the comb down.
Having "triple" images of this supernova allows scientists to use the time delays, its distance, and the lensing properties to calculate a value for the Hubble constant: the rate at which the universe is expanding.
Note: This research is ongoing and has not yet been peer-reviewed.
The value of the Hubble constant obtained using this method matches other measurements made in the local universe. Further observations of Supernova H0pe, one of the most distant of its kind, will help deepen our understanding of this fundamental parameter of the universe.
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⚠️ BREAKING NEWS ☀️
An intense X7.1-class solar flare has been detected. If directed towards Earth, it's highly likely that we'll witness spectacular auroras within the next 48 hours, similar to those observed in May 2024.
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The amazing world of the marine abyss 🌊🔬
The ocean depths hold fascinating secrets. At Nexus Atomorum, we take you to explore life in the marine abyss, where unique creatures survive under extreme pressures.
Intrigued by this underwater world? Subscribe and turn on notifications for more amazing discoveries! 🔔 Follow us on our other social media platforms for exclusive content.
#NexusAtomorum #ScienceOnYouTube #MarineAbyss #OceanBiodiversity #UnderwaterExploration #FascinatingScience #ScientificDiscovery #ExtremeLife
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🌌 Dive into analyses of cosmic horror narratives and uncover the mysteries that lie beyond our understanding 👁️🗨️.
Join the journey through the realms of the unexplained, seeking enlightenment in the darkest corners of knowledge 🔮.