Things that blow your mind 🤯
Cabot's tragopan (Tragopan caboti) is a pheasant found in south-east China. The common and scientific names of this large bird both commemorate the ornithologist Samuel Cabot III.[3] Other common names include the Chinese tragopan and the yellow-bellied tragopan. The population is divided into two subspecies, of which the dominant subspecies is found in the provinces of Fujian, Jiangxi, Zhejiang, and Guangdong, and T. c. guangxiensis is confined to northeastern Guangxi and southern Hunan. The IUCN has assessed it as being a "vulnerable species
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Unseen video of 🌙
Unseen videos of 🌙
1. #MoonMagic
2. #LunarBeauty
3. #CelestialWonders
4. #MoonlitMoments
5. #StarryNight
6. #MoonGazing
7. #LunarExploration
8. #MoonInspired
9. #NightSkyAdventures
10. #MoonLovers
11. #MoonPhases
12. #AstroVibes
13. #LunarLandscapes
14. #MoonChild
15. #MoonObsession
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Metallic world☠️
NASA's metallic world refers to the intriguing celestial body known as Psyche. Located in the asteroid belt between Mars and Jupiter, Psyche is a unique and captivating world that has captured the attention of scientists and astronomers alike. What sets Psyche apart is its composition, which primarily consists of metal, particularly iron and nickel.
This metallic composition has sparked immense curiosity since it provides a rare opportunity for scientists to study the core of a planet-like object, offering insights into the early formation of rocky planets in our solar system. By studying Psyche, scientists hope to gain a deeper understanding of the processes that shaped the inner workings of planets, including Earth.
The Psyche mission, led by NASA, aims to launch a spacecraft to this enigmatic world, undertaking an unprecedented journey to unravel its mysteries. The spacecraft will carry advanced instruments and technology to investigate the surface, geology, and magnetic field of Psyche, enabling scientists to unravel its origins and shed light on the fundamental processes that shaped our solar system.
Unlocking the secrets of this metallic world could provide invaluable insights into the formation of planets, the differentiation of metal-rich cores, and the potential for the existence of metallic asteroids elsewhere in the universe. The exploration of Psyche represents an exciting venture that promises to expand our knowledge of the cosmos and deepen our understanding of our own origins.
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Thungs that hit your mind☠️
#MotivationMonday
#Inspiration
#DreamBig
#BelieveInYourself
#NeverGiveUp
#GoAfterYourDreams
#PositiveVibes
#YouCanDoIt
#SuccessMindset
#StayMotivated
#AchieveGreatness
#PushYourLimits
#MotivatedMinds
#BeYourBestSelf
#KeepGoingStrong
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Mindset☠️
#MotivationMonday #MotivatedMindset #InspirationEveryday #StayFocused #KeepGoing #DreamBig #BelieveInYourself #SuccessMindset #AchieveYourGoals #PositiveVibes #NeverGiveUp #MotivationNation #PushYourLimits #RiseAndGrind #YouGotThis #MotivationMatters #StayMotivated #FindYourPassion #OvercomeObstacles #StayPositive #MotivationForDays
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What happen if asteroid collided to earth☠️
Bennu is not a steroid, but rather an asteroid. It is formally known as 101955 Bennu and is a near-Earth asteroid discovered in September 1999. Bennu belongs to a group of asteroids called Apollo asteroids, which have orbits that cross Earth's orbit.
Bennu is of particular interest to scientists because it is a potentially hazardous asteroid, meaning it has a chance of colliding with Earth in the future. However, the probability of this happening is low, with current estimates suggesting a 1 in 2,700 chance of Bennu impacting our planet between the years 2175 and 2199.
In 2016, NASA launched the OSIRIS-REx spacecraft to study Bennu up close. OSIRIS-REx arrived at Bennu in December 2018 and successfully collected a sample of the asteroid's surface material in October 2020. The spacecraft is scheduled to return to Earth in 2023, bringing back the sample for further analysis.
Studying Bennu and analyzing the returned sample will provide valuable insights into the early solar system's formation and evolution. It will also help scientists better understand the composition and characteristics of near-Earth asteroids, contributing to our knowledge of potential impact hazards and potential resources for future space
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