【視聴数 37928】
【チャンネル名 Seekers of the Cosmos】
【タグ Space,science,astronomy,earth,mars,moon,universe,sun,physics,chemistry,maths,education,learning,fun,civilization,humans,humanity,evolution】
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【視聴数 37928】
【チャンネル名 Seekers of the Cosmos】
【タグ Space,science,astronomy,earth,mars,moon,universe,sun,physics,chemistry,maths,education,learning,fun,civilization,humans,humanity,evolution】
「これするだけでおこずかい7000円ゲット!?」中学生でもスマホがあればできる期間限定キャンペーンを利用して7000円分ポイントをゲットする方法がこちらw
【また爆益キター!!】TikTokキャンペーンを利用して簡単に3200円貰う方法がこちらw【期間限定】
5 people vs bear
Humans wins
100 people vs gorilla
Gorilla wins☠️
The mammoth gonna get PTSD from Spears when it comes back
And here we are people asking if 100 humans can beat a gorilla
Respect to our genius ancestors ❤️🔥
Bro’s promoting humans now !! 🗣
Our ancestors never gave up while fighting even 6ft apex predators but we our just getting defeated by 6 inches screen . Harsh truth
We NEED movie about That!!!
Brain : The dominator 😏
With the Dire Wolf coming back there’s no telling what kind of wildlife we’ll have in 50 years.
5 humans could take a wooly mammoth back then. Nowadays it’d probably take 20.
nooooo le humania nooooo
The scariest animals from the ice age weren’t Wooly mamoths or short faced bear. It was us humans.
The truth is dire wolfes wouldnt survive today because 1. They are dumb bareable to do teamwork
2. They need huge amounts of food
3. They arent as nimble as other animals
But the new geneticly made ones might not have those issues sibce they arent actual dire wolfs that means their paws wont be small compeared to their size making them faster also their brains wont be small compeared to their size making them smarter i would think around as smart as a grey wolf since they are geniticly modfied grey wolfs also food wont be an issue since they are in a closed habitat
What we were!
Bend over my king of edits
The James Webb Space Telescope (JWST) is a space observatory that represents a groundbreaking leap forward in astronomical research and discovery, designed to build upon the legacy of the Hubble Space Telescope and other space-based observatories, with a primary mission to explore the universe in the infrared spectrum, allowing scientists to study a wide range of celestial objects and phenomena, including the formation and evolution of the first galaxies, the birth and development of stars and planetary systems, and the composition and atmospheres of planets and moons in our own solar system and beyond, JWST’s advanced instrumentation and unprecedented sensitivity enable it to detect faint signals from distant galaxies, stars, and planets, providing insights into the earliest moments of the universe’s history and the formation of structure within it, the telescope’s design features a segmented primary mirror composed of 18 hexagonal mirrors made of gold-coated beryllium, which are designed to unfold in space and combine to form a massive 6.5-meter diameter mirror, allowing JWST to collect an enormous amount of light from faint and distant objects, and its instruments are equipped with advanced detectors and spectrographic capabilities, enabling scientists to analyze the light from celestial objects and determine their composition, temperature, and motion, JWST’s orbit around the L2 (Lagrange point 2) provides a stable thermal environment, which is essential for its sensitive instruments to operate effectively, and its sunshield, composed of five layers of Kapton material, protects the telescope from the heat and light of the Sun, Earth, and Moon, allowing it to maintain the extremely low temperatures necessary for its infrared instruments to function, with a projected lifespan of five to ten years, JWST is poised to revolutionize our understanding of the universe, making numerous groundbreaking discoveries and opening new avenues for astronomical research, and its advanced capabilities and cutting-edge technology will enable scientists to address some of the most fundamental questions about the universe, its origins, and its evolution, and will likely lead to many unexpected discoveries that challenge our current understanding of the cosmos.