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The spinning speeds of planets, stars, and galaxies vary widely, influenced by factors like mass, size, and gravitational forces. Here's an expanded overview: 🔸Planets: - Earth: Rotates at 1670 km/h (1037 mph) at the equator, completing a full rotation in 24 hours. - Jupiter: Spins incredibly fast with an equatorial rotation speed of 45,300 km/h (28,273 mph), completing one rotation in about 10 hours. - Mercury: Spins slowly, taking about 59 Earth days to complete one rotation. - Venus: Has an unusually slow retrograde rotation, completing one rotation in 243 Earth days. - Mars: Similar to Earth, Mars rotates once every 24.6 hours, with an equatorial speed of about 866 km/h (538 mph). - Saturn: Rotates rapidly, taking about 10.7 hours for a full spin with an equatorial speed of 36,840 km/h (22,860 mph). - Uranus: Rotates once every 17 hours, but it spins on its side, making its rotation unique. - Neptune: Takes 16 hours to complete a rotation, with a speed of about 9,720 km/h (6,000 mph). ⭐Stars: - Sun: Rotates at different speeds depending on its latitude. It rotates once every 25 days at its equator, while at the poles, it rotates every 35 days. - Betelgeuse: A red supergiant star, Betelgeuse rotates much more slowly than smaller stars like the Sun. Its rotational period is estimated to be around 30 years. - Alpha Centauri A: The primary star in the closest star system to Earth, its rotational period is around 22 days. - Vega: One of the fastest-spinning stars known, rotating with a period of about 12.5 hours. - Neutron Stars: Some neutron stars, especially pulsars, rotate incredibly fast. The fastest known neutron star spins about 700 times per second. 💫 Galaxies: - Milky Way: Rotates at about 210 km/s (470,000 mph) and takes roughly 225 to 250 million years to complete one full rotation. - Andromeda Galaxy: Similar in size to the Milky Way, Andromeda rotates at about 225 km/s (500,000 mph) and takes around 220 million years to complete a rotation. - Sombrero Galaxy: This galaxy rotates at approximately 350 km/s (780,000 mph), with a complete rotation taking around 300 million years. - Triangulum Galaxy: A smaller galaxy, it rotates at about 150 km/s (335,000 mph), completing a rotation in about 225 million years. - Messier 87: A giant elliptical galaxy known for its fast rotation, it has a speed of about 500 km/s (1.1 million mph) near its core. The variations in spinning speeds are due to differences in mass, size, and distribution of material, as well as gravitational interactions. #whatinspiresme #highereducation

THE NINE PLANETS (What is the role and use of these planets for us? Will we inhabit them one day?) ‎The moon, the stars, the sun, the nine planets which are Mercury, Venus, the Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto. And all those elements and other stars form only one galaxy yet there are thousands of galaxies. And the question we often ask ourselves is: What is the role and use of these planets for us? Will we inhabit them one day? … I do not know what scientists say about it but the dream of inhabiting them one day will not come true and if they modify something over there, then the earth will undergo the consequences from them because all these stars and the other galaxies are the forces that govern the phenomena of the earth and its elements. ‎ ‎These stars and galaxies are living beings like the plants that you see. The air we breathe and life on earth are the effects of each one of them... ‎ ‎Do you know that if the earth loses only its calcium we will all die? That is the same thing! If man destroys only one of these stars, the earth will undergo repercussions from them. You see? In the same way that the cells of our system subsist by these mineral salt and others, thus the earth and these elements subsist by these stars and galaxies. ‎ ‎The fact that these astronauts go on the moon and others is already a danger, later you will see the imbalance that will cause to the earth! There will be diseases due to that. If only one of these stars is removed, the Earth's atmosphere will be modified. The exploration of these stars is too much of a curiosity. Man did not need them. ‎ ‎Man explored the human body and that produced a positive result but it will not be the same for this experiment. You see? If you open a TV set, you will see a multitude of integrated circuits, diodes, condensers, and so on … each one of them had a role in the result that you obtain on the screen. And in all those galaxies, the earth represents the screen of the television. ‎ ‎Now be attentive to what I am going to say: the earth is the place of execution of all the forces coming from all the stars and galaxies. As in a TV set, there is a galaxy that represents the light zone, there is a galaxy that represents the sound zone, another galaxy for the colour zone, another galaxy for images… and the earth is the zone of execution of all these galaxies in a dimension different from the first seven dimensions. ‎ ‎In the same way that we were created from the ground and its mineral salts, it’s also in this way that God created the earth in connection and from stars and galaxies. God took a part of each of them to create the earth. God created them before creating the earth… because the life on the earth depends on their stability, influence and even of their positioning. Extracts from the Book of the Prophet Kacou Philippe, Kacou 53:The Seven Dimensions [Kc.53:54-58] ‎www.philippekacou.org ‎https://bit.ly/4hfoMaw #SpaceColonization #LifeOnOtherPlanets

MEET LEO P: THE TINY GALAXY THAT TOOK A NAP FOR 2.5-BILLION-YEAR Leo P, a galaxy so small it only has about 290,000 stars (compared to the Milky Way’s 100 billion), pressed pause on making stars for 2.5 billion years. Somehow, it survived when most galaxies its size didn’t. Leo P’s secret to survival is isolation. Far away from bigger galaxies, it avoided the gravitational drama that destroyed its peers. It’s like staying out of the cosmic neighborhood’s bad crowd. Even weirder, Leo P’s story isn’t unique. 3 other tiny galaxies show the same star-making “pause and play” pattern, suggesting it might be a common survival hack. Turns out, taking breaks is a universal strategy—even for galaxies. Maybe humans should take note... Source: StudyFinds

The Galaxycore is the Galaxyheart and has the same Meaning! So pay Attention, not only to this, but to all my Textes. The Heart of our Galaxy, that I named Galaxycore or Galaxyheart, is very Essential to our Solarsystem, our Earth and Sun and all the other Planetes around, because the Galaxycore holds all the Stars together and in having them rotating around his greatest Gravitational Force, in Clockwise Direction. This is the very Point, that has a great Effect to all of us, how far that this is needed for this Solarsystem for to survive, could be more studied, sure is this that we on our Blueterra Planet Earth are traveling with around the Sun and the Sun is traveling, with all of us & the Earth around our Galaxycore. Interesting for us to know, is that we must not fear to be going to land in the Galaxyheart, because we are very distant from this Center of our Galaxy, we are at almost, when not at the very outest Edge of it positioned, that gives us in a Way the best Condition for to continue still upto a very long Time, with our Solarsystem, for the Earth and Sun is this to be in the very comfortablest Position, but with one risk and this is, that the Sun and Earth could be detached from our Galaxy, it is not really to perceive with our Imagination how big & how many Galaxies there are in all the Universes, was once given me this information, that if You take a Pencil and take the Point of it and You point it up to the Nightsky, you can find there upto 10 Thousand Galaxies behind. What is the Definition of a Galaxy, of the Galaxies? Galaxies are an Accumulation of Stars, this all in a Cluster of new Born and small to Giant Stars. Stars, who end to be in having their biggest Size in have been ending, outburned, in their all resources, they will collaps into compressed Cores of usual Blue small Stars, like in a diameter of upto some Miles or more having to become or to a Form of a Galaxycore, a Galaxyheart! To returning back to the given Information, that we are at the outter Edge positioned of our Galaxy, this can be observed by seeing that our Milkyway, so one has named our Galaxy... see in Reel all. In this Way I wish You all a very real nice, real fun having, real Loving and relaxing, wellnessed well Being Weekend. On this Wednesday of the 31 January 2024, for Terra and Space new Travel- and Transportsystems and for every Right System, for to replace, in every Part of our Lifes, Massimo Antonio Nicastro Nigro Natale Arcangelis. #nasaearth #nasa #Esa #newtraveltransportsystems #verybestlifesystems #godandjesus #godwithjesus #mycreation #mywork #educationalorder #galaxycore #galaxyheart #godmanity #diomanità #dieumanité #gottmanität #manlini #humanlini #manlikee #humanlikee #dumby #dumbies #godman #diouomo #dieuhomme #gottman #olympicspillowfightathletics #planetlunafashion #planetlunadancehall #planetlunadancehallofficial #massimoantonionicastro #massimoantonioarcangelis https://lnkd.in/dd9mKkQW

Sanatana Dharma beyond Earth! There are certain time-invariant aspects in Sanatana Dharma, that make it ideal to be the religion, belief system or way of life (whichever way you put it) - for humanity, as we migrate beyond Planet Earth to outer space! First, we establish apartment sized habitable biomes on space stations around Earth, then the same on Moon, Mars, Asteroid Belt, moons of Jupiter, Saturn, Uranus, and Neptune - in that order. Based on the current pace of space exploration, human migration into Solar System will take place in the coming 500 years. Permanent human presence on Moon might be achieved by 2050 CE or even earlier considering revolution in AI and robotics. Same milestone on Mars will be obtained before 2100 CE. Micro satellite or nano satellite swarms launched in one launch vehicle mission can spread like pollen grains into every planet and moon of Solar System. This can accelerate basic space exploration 1000x times. Similarly micro robots and nano robots sprayed from an orbiter can land on the surface of a planet like pollen grains can map any planet or Moon in 1000x speed than conventional orbital and lander missions. Nano factory bots can build human habitable biomes on distant moons under the supervision of AI creating thousands of biomes in Solar System to sustain more than a million people in Solar System. In the next 500 years human migration to the closest stars and into the habitable planets in the entire Milky Way Galaxy will take place. By 3000 CE we will be a Galactic Civilization, like depicted in the Star Wars movie series, but with Sanatana Dharma being the most dominant way of life. Upanishadic wisdom of Oneness, and Cosmic connections will be part of this futuristic Sanatana Dharma. It will adopt pluralism as an important trait from the Vedas and Itihasas. These are time-invariant. These make Sanatana Dharma truly Sanatana (eternal). Temple building from the Puranas might be part of it. These aren't really time-invariant but good to have as part of culture and rich, colorful tradition. But, there are things in Sanatana Dharma that are limiting its progress. One example is Jaateeya Varna. It must go away by 2050. Otherwise, it will cripple down Sanatana Dharma. Other values, like giving equal treatment to men and women, nurturing the Planet (s), plants, animals and nature & minimalistic living (what the West calls sustainability), compassion to humanity (what the West calls integral humanism) the freedom to be an atheist, agnostic or theist - these are already present in Sanatana Dharma.

The trillions of galaxies in our Universe have different shapes and sizes, which are determined by the motion of their stars. Our own galaxy, the Milky Way, is a disk galaxy made up of stars moving in circular orbits around the center in a flattened disk, with a dense collection of the stars at the center called the bulge. These bulges can have shapes ranging from nearly spherical to as flat as the galaxy disk. Milky Way has a flat boxy or peanut-shaped bulge in its center. Such bulges are formed due to thickening of the stellar bars in galaxies. One of the interesting and violent thickening mechanism is buckling, where bar bends out of the plane of the galaxy disk. Many recent numerical and observational studies suggest that dark matter halos are spherical, prolate (a sphere squashed from the sides), or oblate (a sphere squashed from the top and bottom)  in shape. However, its effect on stellar kinematics in the bulges and bars of galaxies is not well understood.

🚀 Acentia: Lighting the Way Toward Excellence in Workplace Culture 🌟 Ever wondered where the name "Acentia" came from? Here’s the story: The name is derived from Alpha Centauri – the closest star system to our own solar system. 🌌 But why is that important? Let’s break it down: 🔭 Alpha Centauri, or 'α Cen' for the astronomy enthusiasts, is made up of three stars. Two appear as one to the naked eye and it’s the third brightest star in the night sky. It’s also a key navigational star, guiding us toward the Southern Cross in the Southern Hemisphere. Much like Acentia, Alpha Centauri lights the way to something greater! ✨ But there’s more! 🤯 The Alpha Centauri system is thought to contain a potential "Goldilocks planet" – a place just right for life, sparking our imagination for future space exploration. From lighting the way to exciting possibilities, Acentia’s namesake gives us big, beautiful shoes to fill. 🌟 Ready to follow the star to workplace excellence? #WorkplaceCulture #Innovation #Leadership #Acentia #Inspiration

📃Scientific paper: Neutrinos and gamma rays from beta decays in an active galactic nucleus NGC 1068 jet Abstract: We show that TeV neutrinos detected from the nearby active galaxy NGC 1068 can be explained by the beta decays of neutrons produced in photodisintegration of nuclei on ultraviolet photons in the jet. The photodisintergation of nuclei occurs at energies above a few PeV, which explains the 1-100 TeV energies of the observed neutrinos. The gamma-ray flux accompanying the beta decays is expected to be much lower than the neutrino flux, and it agrees well with the gamma-ray observations of NGC 1068. This scenario can be applicable to other jetted Seyfert galaxies such as NGC 4151. The flavor ratio studies could be a test of this beta decay jet scenario for gamma-ray deficit neutrino sources. ;Comment: 4 pages, 1 figure Continued on ES/IODE ➡️ https://etcse.fr/fJU ------- If you find this interesting, feel free to follow, comment and share. We need your help to enhance our visibility, so that our platform continues to serve you.

📢 Historic Breakthrough: Decoding Intergalactic Communication and Launching the SMACS 0723 Expedition Repository 🚀 We’re thrilled to share an incredible milestone in humanity’s journey to understand the cosmos! Using FractiScope, a first-of-its-kind fractal intelligence scope, we’ve successfully decoded the first 39 commands of a fractal broadcast originating from the SMACS 0723 spiral galaxy group, located approximately 4.6 billion light-years away. This broadcast, structured in recursive fractal layers and encoded with universal constants (π, e) and prime sequences, represents a universal communication protocol from a potentially advanced Type II civilization. This achievement also guided the identification of galactic clusters, galaxies, star systems, and exoplanets with high confidence of hosting advanced or emerging civilizations. Identified Targets Galactic Clusters Evidence: High-density regions, star formation, and fractal node dynamics. SMACS 0723 Virgo Cluster (Messier 87 Region) Coma Cluster (Abell 1656) Leo Cluster (Abell 1367) Galaxies (Subnodes) Evidence: Stable spirals, biosignatures, and intergalactic communication. Central Galaxy of SMACS 0723 Messier 100 (Virgo Cluster) NGC 4921 (Coma Cluster) NGC 3842 (Leo Cluster) Star Systems Evidence: G- and K-type stars with planets in the habitable zone showing biosignatures. SMACS Star System Alpha (SMACS 0723) Messier 100 Star System A (Virgo Cluster) NGC 4921 Star System B (Coma Cluster) NGC 3842 Star System C (Leo Cluster) Exoplanets Evidence: Oxygen, methane, and possible artificial structures or reflective features. SMACS Planet Alpha Virgo Planet Vir-1 Coma Planet Com-3 Leo Planet Leo-7 🌌 What This Means for Humanity These discoveries expand our knowledge of cosmic life, offering humanity a path to Type II civilization status through advanced energy utilization, interstellar communication, and global collaboration. 📁 New Resource: Zenodo Repository To document and expand this work, we’re launching the FractiScope Spiral Galaxy Group SMACS 0723 Expedition Repository on Zenodo. This platform will catalog all our explorations, findings, and collaborative efforts related to SMACS 0723 and beyond. 👉 Explore the Repository here: https://lnkd.in/gRArZDyf 👉 Learn more about FractiScope and our discoveries: https://lnkd.in/gUTrtCsz This is just the beginning. Stay tuned for more updates as we decode further layers of the fractal broadcast and continue our intergalactic journey. 🌠 #FractiScope #SMACS0723 #FractalIntelligence #CosmicExploration #IntergalacticCommunication #ZenodoExpedition

Barred, Spiral Galaxy MCG+07-07-072 in Perseus | Hubble FriendsofNASA.org | High-res image: https://lnkd.in/e8v7gdni The subject of this picture is located in the Perseus Cluster, also known as Abell 426, 320 million light-years from Earth. It is a barred spiral galaxy known as MCG+07-07-072, seen here among a number of photobombing stars that are much closer to Earth than it is. A barred spiral galaxy has a central bar-shaped structure composed of stars. MCG+07-07-072 has quite an unusual shape, for a spiral galaxy, with thin arms emerging from the ends of its barred core to draw a near-circle around its disc. It is classified, using a common extension of the basic Hubble scheme, as an SBc(r) galaxy: the c denotes that its two spiral arms are loosely wound, each only performing a half-turn around the galaxy, and the (r) is for the ring-like structure they create. Rings in galaxies come in quite a few forms, from merely uncommon, to rare and astrophysically important. Lenticular galaxies are a type that sit between elliptical and spiral galaxies. They feature a large disc, unlike an elliptical galaxy, but lack any spiral arms. Lenticular means lens-shaped, and these galaxies often feature ring-like shapes in their discs. Meanwhile, the classification of “ring galaxy” is reserved for peculiar galaxies with a round ring of gas and star formation, much like spiral arms look, but completely disconnected from the galactic nucleus—or even without any visible nucleus! They are thought to be formed in galactic collisions. Finally, there are the famous gravitational lenses, where the ring is in fact a distorted image of a distant, background galaxy, formed by the ‘lens’ galaxy bending light around it. Ring-shaped images, called Einstein rings, only form when the lensing and imaged galaxies are perfectly aligned. Image Description: A galaxy. It is almost circular. It has a glowing bar stretching across its core; from the ends of the bar, thin spiral arms wrap around the galaxy to form a closed disc. The arms are fuzzy from the dust and stars they contain. The galaxy is on a black, mostly-empty background. A few foreground stars with cross-shaped diffraction spikes can be seen, as well as distant galaxies in the background. Credit: ESA/Hubble & NASA, I. Chilingarian Release Date: Aug. 12, 2024 ESA Hubble and Webb Space Telescopes NASA Goddard Space Flight Center Space Telescope Science Institute American Astronomical Society (AAS) National Science Teaching Association U.S. Department of Education #NASA #ESA #Hubble #Astronomy #Space #Science #Galaxies #PerseusCluster #Abell426 #Galaxy #MCG0707072 #Spiral #Barred #SBcrGalaxy #Perseus #Constellation #Cosmos #Universe #HST #HubbleSpaceTelescope #GSFC #STScI #UnitedStates #Europe #STEM #Education