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Chemistry class - atomic structure👌🏽 #rappingscienceteacher #gcse #science #atomicstructure #atom #subatomic #proton #neutron #electron #exams #revision #stem #school #combinedsciencegcse #chemistry
Chemistry class - atomic structure👌🏽 #rappingscienceteacher #gcse #science #atomicstructure #atom #subatomic #proton #neutron #electron #exams #revision #stem #school #combinedsciencegcse #chemistry
Wait, electrons don't just disappear? 🤯 The mind-blowing lifespan of a tiny particle!" ​ We tend to think of subatomic particles as fleeting, but the truth is far more extreme! ⚛️✨ ​An average electron has a predicted lifespan of roughly 66,000 Yottayears (6.6 \times 10^{28} years). To put that in perspective, that is 5 quintillion times longer than the current age of the entire universe! ​While galaxies are born and stars burn out, these tiny building blocks of matter are practically eternal. It really makes you rethink how much we still have to learn about the nature of reality. 🌌🔭 ​Did you know particles could last this long? Let me know your thoughts below! 👇 ​ #PhysicsFacts #QuantumPhysics #Electron #Universe #ScienceFacts Cosmos MindBlowing Astronomy ScienceCommunication DidYouKnow Amritva Particles
Wait, electrons don't just disappear? 🤯 The mind-blowing lifespan of a tiny particle!" ​ We tend to think of subatomic particles as fleeting, but the truth is far more extreme! ⚛️✨ ​An average electron has a predicted lifespan of roughly 66,000 Yottayears (6.6 \times 10^{28} years). To put that in perspective, that is 5 quintillion times longer than the current age of the entire universe! ​While galaxies are born and stars burn out, these tiny building blocks of matter are practically eternal. It really makes you rethink how much we still have to learn about the nature of reality. 🌌🔭 ​Did you know particles could last this long? Let me know your thoughts below! 👇 ​ #PhysicsFacts #QuantumPhysics #Electron #Universe #ScienceFacts Cosmos MindBlowing Astronomy ScienceCommunication DidYouKnow Amritva Particles
#millikanoildrop #electron #charge #physics #physicsteacher #physicsexplained
#millikanoildrop #electron #charge #physics #physicsteacher #physicsexplained
Electrons might live forever. Scientists estimate that the minimum lifetime of an electron is an incredible 6.6 × 10²⁸ years - that’s 66,000 yottayears! To put it in perspective, this is about 5 quintillion times longer than the current age of the Universe. Even if electrons don’t live forever… they basically do. Mind-blowing, right? #Electron #PhysicsFacts #SpaceFacts #Science #DidYouKnow #Universe #alchetron #viral Read more : https://alchetron.com/Electron
Electrons might live forever. Scientists estimate that the minimum lifetime of an electron is an incredible 6.6 × 10²⁸ years - that’s 66,000 yottayears! To put it in perspective, this is about 5 quintillion times longer than the current age of the Universe. Even if electrons don’t live forever… they basically do. Mind-blowing, right? #Electron #PhysicsFacts #SpaceFacts #Science #DidYouKnow #Universe #alchetron #viral Read more : https://alchetron.com/Electron
The First Electron Microscope Directed by Gregor Čavlović, Derek Muller, and Tim Usborne Written by Gregor Čavlović, Tim Usborne, Emily Zhang, and Casper Mebius #veritasium #sciene #physics #electron #microscope
The First Electron Microscope Directed by Gregor Čavlović, Derek Muller, and Tim Usborne Written by Gregor Čavlović, Tim Usborne, Emily Zhang, and Casper Mebius #veritasium #sciene #physics #electron #microscope
Plot twist: there's only ONE electron in the universe. And it's exhausted. 💀 Real story — 1940, physicist John Wheeler calls his student Richard Feynman and goes: "Richard. I figured it out. Every electron has the same mass and charge because they're all the SAME electron." One particle. Zig-zagging through time. Forward = electron. Backward = positron (antimatter). A single thread stitching itself through spacetime so fast that when you snapshot "now," you see trillions of crossings and call them different particles. So technically: 🌀 You and your phone screen? Same guy. 🌀 You and that one ex? Also same guy. Awkward. 🌀 Every star in the sky? Him again. Touring. We're not "connected to the universe." We ARE the universe — one little particle on the world's longest solo trip, pretending to have a conversation with itself. (This post included.) 🫠 Does this break your brain or did you already suspect you were the main character? 👇 #electron #science #astronomy #physics #positron
Plot twist: there's only ONE electron in the universe. And it's exhausted. 💀 Real story — 1940, physicist John Wheeler calls his student Richard Feynman and goes: "Richard. I figured it out. Every electron has the same mass and charge because they're all the SAME electron." One particle. Zig-zagging through time. Forward = electron. Backward = positron (antimatter). A single thread stitching itself through spacetime so fast that when you snapshot "now," you see trillions of crossings and call them different particles. So technically: 🌀 You and your phone screen? Same guy. 🌀 You and that one ex? Also same guy. Awkward. 🌀 Every star in the sky? Him again. Touring. We're not "connected to the universe." We ARE the universe — one little particle on the world's longest solo trip, pretending to have a conversation with itself. (This post included.) 🫠 Does this break your brain or did you already suspect you were the main character? 👇 #electron #science #astronomy #physics #positron
It's just one extra electron... This reel is for educational and entertainment purposes. It shows If every atom in the universe gained one additional electron, all matter would become negatively charged. Atoms are normally electrically neutral - the number of protons (+) equals the number of electrons (-). Adding just one extra electron to every atom would create a universal charge imbalance. Since like charges repel, electromagnetic repulsion would suddenly dominate over gravity. Chemical bonds would break. Matter would destabilize. Planets, stars, and galaxies would no longer hold together the same way It sounds like a tiny change. But at atomic scale, even one extra electron everywhere would have huge consequences. #atom #electron #atomic #science #space Physics Science STEM ScienceFacts PhysicsFacts ScienceExplained LearnScience STEMEducation ScienceCommunication ScienceContent ModernScience ScientificThinking AtomicPhysics Electromagnetism Electrons Atoms AtomicStructure Electrostatics ParticlePhysics QuantumPhysics QuantumMechanics FundamentalPhysics Universe Cosmos Astrophysics Cosmology SpaceScience CosmicScale ScienceOfTheUniverse Curiosity LearnSomethingNew EducationalContent STEMLearning Knowledge DidYouKnow ScienceMeme PhysicsMeme STEMMeme ScienceHumor PhysicsHumor GeekHumor NerdHumor ThoughtExperiment GenieWish ExploreScience EducationalReels ViralScience
It's just one extra electron... This reel is for educational and entertainment purposes. It shows If every atom in the universe gained one additional electron, all matter would become negatively charged. Atoms are normally electrically neutral - the number of protons (+) equals the number of electrons (-). Adding just one extra electron to every atom would create a universal charge imbalance. Since like charges repel, electromagnetic repulsion would suddenly dominate over gravity. Chemical bonds would break. Matter would destabilize. Planets, stars, and galaxies would no longer hold together the same way It sounds like a tiny change. But at atomic scale, even one extra electron everywhere would have huge consequences. #atom #electron #atomic #science #space Physics Science STEM ScienceFacts PhysicsFacts ScienceExplained LearnScience STEMEducation ScienceCommunication ScienceContent ModernScience ScientificThinking AtomicPhysics Electromagnetism Electrons Atoms AtomicStructure Electrostatics ParticlePhysics QuantumPhysics QuantumMechanics FundamentalPhysics Universe Cosmos Astrophysics Cosmology SpaceScience CosmicScale ScienceOfTheUniverse Curiosity LearnSomethingNew EducationalContent STEMLearning Knowledge DidYouKnow ScienceMeme PhysicsMeme STEMMeme ScienceHumor PhysicsHumor GeekHumor NerdHumor ThoughtExperiment GenieWish ExploreScience EducationalReels ViralScience
Do you know who discovered the electron? 🤯 It was J.J. Thomson, a British physicist! 👉 Discovered electron using Cathode Ray Tube 👉 Electron = tiny particle with negative charge (–) 👉 Much smaller than an atom 👉 Proposed “Plum Pudding Model” of atom This discovery changed the world of physics & chemistry forever 🔬 Perfect for exams, concepts & quick revision 📚 Understand this once and atomic theory becomes easy 💡 Save this post & share with friends 🚀 Follow for more simple science explanations! #jjthomson#electron#atomictheory#educacion
Do you know who discovered the electron? 🤯 It was J.J. Thomson, a British physicist! 👉 Discovered electron using Cathode Ray Tube 👉 Electron = tiny particle with negative charge (–) 👉 Much smaller than an atom 👉 Proposed “Plum Pudding Model” of atom This discovery changed the world of physics & chemistry forever 🔬 Perfect for exams, concepts & quick revision 📚 Understand this once and atomic theory becomes easy 💡 Save this post & share with friends 🚀 Follow for more simple science explanations! #jjthomson#electron#atomictheory#educacion
Vibing out this afternoon to @iskwe’s “Nobody Knows” (@epikker remix)⚡️
Vibing out this afternoon to @iskwe’s “Nobody Knows” (@epikker remix)⚡️
What if the tiniest thing in the universe is also one of its biggest mysteries? The Electron isn’t just a tiny ball orbiting an atom… In modern physics it behaves like a cloud of probability — appearing only when we observe it. It can act like a particle. It can act like a wave. And somehow… this strange behavior is what allows atoms, chemistry, and ultimately life itself to exist. The deeper we look into reality… the more mysterious it becomes.” ✨ #Electron #QuantumPhysics #Physics #ScienceReels #QuantumMechanics
What if the tiniest thing in the universe is also one of its biggest mysteries? The Electron isn’t just a tiny ball orbiting an atom… In modern physics it behaves like a cloud of probability — appearing only when we observe it. It can act like a particle. It can act like a wave. And somehow… this strange behavior is what allows atoms, chemistry, and ultimately life itself to exist. The deeper we look into reality… the more mysterious it becomes.” ✨ #Electron #QuantumPhysics #Physics #ScienceReels #QuantumMechanics
Electrons are not “negative” by nature. We simply chose to call that type of charge… negative. #Electron #Physics #ScienceFacts #Electricity #QuantumPhysics
Electrons are not “negative” by nature. We simply chose to call that type of charge… negative. #Electron #Physics #ScienceFacts #Electricity #QuantumPhysics
Un atome est extrêmement petit, de l’ordre de 10⁻¹⁰ m (environ 0,1 nanomètre). À cette échelle, on entre dans le domaine de la physique atomique, où les objets ne se décrivent plus comme à notre échelle macroscopique 🔬 Il est constitué d’un noyau central, formé de protons et de neutrons liés par l’interaction forte, et d’électrons décrits par des fonctions d’onde quantiques. Ces électrons n’ont pas de trajectoire définie : leur position est probabiliste, régie par la mécanique quantique ⚛️ Malgré sa structure complexe, un atome est majoritairement vide : plus de 99,9 % de son volume ne contient pas de matière “solide” au sens classique. C’est cette organisation qui explique les propriétés chimiques et physiques de toute la matière observable ✨ Tu apprécies ce type de contenus ? ✨ Rejoins-nous sur @globelemedia 🧠 DM pour crédit ou retrait / DM for credit or removal • • • #science #atome #neutron #electron #proton
Un atome est extrêmement petit, de l’ordre de 10⁻¹⁰ m (environ 0,1 nanomètre). À cette échelle, on entre dans le domaine de la physique atomique, où les objets ne se décrivent plus comme à notre échelle macroscopique 🔬 Il est constitué d’un noyau central, formé de protons et de neutrons liés par l’interaction forte, et d’électrons décrits par des fonctions d’onde quantiques. Ces électrons n’ont pas de trajectoire définie : leur position est probabiliste, régie par la mécanique quantique ⚛️ Malgré sa structure complexe, un atome est majoritairement vide : plus de 99,9 % de son volume ne contient pas de matière “solide” au sens classique. C’est cette organisation qui explique les propriétés chimiques et physiques de toute la matière observable ✨ Tu apprécies ce type de contenus ? ✨ Rejoins-nous sur @globelemedia 🧠 DM pour crédit ou retrait / DM for credit or removal • • • #science #atome #neutron #electron #proton
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