#Rare Earth Elements

Our friends at The Edges of Everythingness over on Facebook have sent us this. Imagine our Earth cut in half, a cross-section revealing what lies beneath 🌍. Is there a solid center, glowing with molten layers, or could it be hollow, stretching through to the other side? The mysteries beneath our feet are bigger than we think. #layers #earthcore #mystery #geology #whatliesbeneath

Ever wondered what’s actually beneath our feet? 🌍 Earth isn’t solid all the way through — it’s made up of several massive layers stacked deep inside the planet. The outer layer is the crust, the thin shell where continents, oceans, cities, and all life exist. Compared to the rest of the planet, it’s incredibly thin. Below that lies the mantle, a huge layer of extremely hot rock that slowly moves over millions of years. These slow movements help drive tectonic plates across the surface, shaping mountains, oceans, and earthquakes. Deeper still is the outer core, a vast ocean of molten iron and nickel. This liquid metal constantly moves and swirls, generating Earth’s magnetic field — the invisible shield that protects the planet from harmful solar radiation. At the very centre sits the inner core, a solid sphere of iron and nickel under unimaginable pressure. Even though temperatures are similar to the surface of the Sun, the intense pressure keeps it solid. Together these layers form the powerful engine of our planet, constantly shaping the world above in ways we rarely see. #earth #science #geology #planet #space 🌎

Earth’s core burns at nearly 6,000°C—hotter than the Sun’s surface! 🔥 So why doesn’t our planet melt? The answer lies deep within… where crushing pressure and molten metal create a magnetic shield that protects all life! 🌍⚡ #EarthCore #ScienceFacts #MagneticField #SpaceScience #education

🪨✨ Rocks + Minerals = Earth’s Story! 🌍 Simple, colorful notes to make learning fun 💜 👉 Save for quick revision! #RocksAndMinerals #ScienceForKids #LearningMadeEasy #PrimaryScience#teachersofinstagram

What Are Rare Earth Elements (REEs) — And Why Are They So Important? Rare earth elements (REEs) are a group of 17 metallic elements in the periodic table. Despite the name “rare,” many of them are relatively abundant in the Earth’s crust — but they are rarely found in economically concentrated deposits. 📌 What Do Rare Earths Include? Rare earth elements consist of: 🔹 15 Lanthanides Lanthanum (La) Cerium (Ce) Praseodymium (Pr) Neodymium (Nd) Promethium (Pm) Samarium (Sm) Europium (Eu) Gadolinium (Gd) Terbium (Tb) Dysprosium (Dy) Holmium (Ho) Erbium (Er) Thulium (Tm) Ytterbium (Yb) Lutetium (Lu) 🔹 Plus 2 Additional Elements Scandium (Sc) Yttrium (Y) These elements are commonly divided into: Light Rare Earth Elements (LREEs) Heavy Rare Earth Elements (HREEs) 🌍 Why Are Rare Earths So Important? Rare earth elements are critical to modern industry and high-tech manufacturing: ✔ Permanent Magnets (Neodymium, Praseodymium, Dysprosium) Used in electric vehicles (EV motors), wind turbines, robotics, and smartphones. ✔ Electronics & Semiconductors Essential in displays, chips, fiber optics, and advanced communication systems. ✔ Renewable Energy Key materials for clean energy transition technologies. ✔ Defense & Aerospace Used in missile guidance systems, radar, aircraft engines, and precision equipment. ✔ Medical Equipment MRI machines, lasers, and advanced imaging systems rely on rare earth materials. 🔎 Strategic Importance Rare earth elements are considered strategic critical minerals because: Supply is geographically concentrated Processing is technically complex Demand is rapidly increasing due to electrification and green energy In short: No rare earths = No modern high-tech industry. www.maxrocktech.com Whatsapp:+8615225807353/+6285283833172 #RareEarth #CriticalMinerals #MiningIndustry #EV #CleanEnergy #StrategicResources #MagnetMaterials #IndustrialDevelopment

The Earth isn’t a dead rock. It’s a 29 Billion Amp generator. ⚡️🌍 We were taught the Earth is just floating in a vacuum, but the data tells a different story: ☀️ The Input: The sun pumps 1.8 billion amps into our ionosphere, turning our atmosphere into a giant capacitor. 🌊 The Turbine: As tides move seawater through Earth’s magnetic field, they generate electricity—25,000 amps for every single kilometer of coastline. 🔋 The Ground: This massive current flows through the crust via “Ley Lines,” the same natural conductors ancient civilizations used to build their sacred sites. The Auroras? Those aren’t just “pretty lights.” They are the return current to the Sun, the closing of the circuit. 🌌 We aren’t living on a planet; we’re living inside a conscious machine. 🧠 Why are sacred sites built where they are? 🏛️📍 It isn’t just “spirituality” it’s Electrical Engineering. Ancient cultures built their temples at the intersections of mineral veins and aquifers where the ground current is strongest. These intersections are spaced exactly 72 Harmonic Length Units apart. There’s that number again: 72. The same harmonic as the 72-year human life cycle and the 72-year “tick” of the cosmic clock. ⏳✨ From the 500,000 volts in our sky to the mineral “wires” beneath our feet, the Earth is a balanced, measurable circuit. Save this to see the world, and ancient history, in a completely new light. 📌 #ElectricUniverse #FreeEnergy #LeyLines #Physics #Geomagnetism #AncientTechnology #Tesla #ScienceFacts #EarthGrid

The Rarest Substance On EARTH ! . . . . . . #earth #science #astatine

Earth without ? . Earth be without water All plants and animals would die, and the planet's ecosystems would collapse. The loss of water would also have a profound impact on the Earth's climate and weather patterns. . If there is no air in the world All unprotected plant and animal life on the Earth's surface would die. We can't survive long in a vacuum, which is what we'd have if the atmosphere suddenly vanished. It would be much like being "spaced' or shot out of an airlock, except the initial temperature would be higher. Eardrums would pop. . If no gravity on Earth If Earth's gravity became zero, nothing would hold it and chances are that its inner core would eventually burst in a lethal titanic explosion due to intense pressure. Earth would break into pieces that would float around space, wreaking havoc. . Earth without sun Without the Sun's rays, all photosynthesis on Earth would stop. . Earth be without trees Oxygen - carbon dioxide cycle would be disturbed. Due to the absence of the firm roots of these trees and the barrier effect they provide, heavy rains would lead to frequent flooding. What would Earth be without humans what's your view? . . Full credit- @ig.astroscience 🎯DM for the credit for the images used. 🎯Reel edited by @ig.astroscience 🎯Follow @delve_11 for more content related to space, science and astronomy. . . Tags . . #earth #astronomy #life #sun #air #enviroment #saveearth #planet #green #trees #humans #habitable #nature #globalwarming #pollution #water #savelife #greenplanet #ocean #atmosphere #gravity #science #ecoscience #beautiful #universe #lifeonearth #ourplanet #status #trending #earthedit

What is essential for the survival of our planet? What do you think? Share your thoughts in the comments 💬 Humans have a significant impact on the Earth’s environment. We have cleared forests, polluted the air and water, and contributed to climate change. However, we also have the power to protect our planet and its resources. By understanding the importance of these essential elements, we can work together to create a sustainable future for Earth. Note: This video is an artistic representation of Earth but we believe that the video provides a realistic glimpse into the potential consequences of their absence and reality would show a similar scenario without those things on planet Earth!! 👤Tag your friends 🎯Follow @glamour_physics for more interesting science videos. 🎯Follow @glamour_physics for more interesting science videos. 🎯Follow us for more interesting posts @glamour_physics @modernsciencex Music credit: Past lives (Spaientdreams remix) CREDIT Video EDITING: @glamour_physics @modernsciencex #supernova #space #earth #soaceearth #spaceexploration #spacelover #astronomy #astronomical #stardust #cosmos #universe #physicsclass #physicsfacts #nebula #stars #blackhole #galaxy #galaxies #galaxies #scientist #universe #quantumphysics #einstein #sciencefiction

For most of Earth’s history, life was astonishingly simple tiny, single-celled organisms drifting in ancient oceans, surviving in environments very different from the world we know today. For billions of years, these microscopic forms of life dominated the planet. But evolution never stands still. On the early Earth, simple cells gradually developed new abilities to use energy more efficiently, to cooperate, and eventually to join together. Some cells began living inside others, forming partnerships that made them stronger and more adaptable. It was a turning point in the history of life. These collaborations led to the emergence of complex cells, capable of specialization and coordination. Over immense spans of time, groups of these cells organized into multicellular organisms creatures with tissues, organs, and systems working together as a single living entity. Complexity emerged from simplicity. The process was driven by Evolution, where small changes accumulated over millions of generations. Organisms that adapted better to their environments survived and reproduced, gradually giving rise to new forms of life from simple algae to fish, plants, animals, and eventually humans. A journey measured in billions of years. From the first primitive cells to the rich diversity of life today, the transition from simple to complex life took nearly four billion years a slow but relentless unfolding of biological innovation. Every living creature carries the evidence of that journey written into its DNA. And in the video, Brian Cox explains how life’s transition from simple to complex forms was not sudden, but the result of countless small steps over vast stretches of time a reminder that the extraordinary complexity of modern life began with the humblest beginnings in Earth’s ancient oceans. 🌍🧬✨ Speaker: @profbriancox #space #universe #astronomy #earth #life DarkMystic-f8o

Earth's magnetic field deflects 1.5 million tons of solar material per second, travelling at 100 miles per second, emitted by the Sun. Comment your thoughts💭 Join us as we explore the infinite universe!🌎🚀#Orbit_GEO Source: Multiple Theories about time #space #universe #cosmos #Sun #astronomy #astrofacts #science #nasa #galaxy #earth

Did you know wood is the rarest material in the universe? 🌍 Because no other planet we know of has trees . #ScienceReel #FunFacts #AIExplains #SpaceFacts #RareThings #MindBendingFacts