Quantum equations

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A particle is trapped inside a black hole. What is the probability it will escape via quantum tunneling? To figure this out, we begin by defining the variables involved: The diagram below shows two regions: I and O. Region I is inside the event horizon, within the Schwarzshild radius (rs). Region O is outside the event horizon. The question we ask is what is the probability the particle (red dot) will reach region O? And, we could also ask what is the probability the particle will fail to…

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Shaun Leuchtenberg on Instagram: "Schrödinger’s equation is the rulebook of how particles behave in quantum mechanics. ⚛️  The Gaussian wave packet is a specific way of describing a particle that is somewhat localised but propagates over time. 🪐  This describes how particles do not follow exact paths as in classical physics, but behave in a wave-like way, with uncertainty about their exact position. ⚛️  A huge thank you to the creator of this visual @erik_alan_norman  Because of his work countless people, to that I add, that we still love science and we can see it from other eyes   #quantummechanics #wavefunction #physics #schrodinger #quantumphysics #particlephysics #science #math #mathematics #maths #physicstok #learnphysics #learnmath #stemeducation" Classical Physics, Wave Function, Learn Physics, Fibonacci Sequence, Physics And Mathematics, Stem Education, Quantum Mechanics, Quantum Physics, Learning Math

Shaun Leuchtenberg on Instagram: "Schrödinger’s equation is the rulebook of how particles behave in quantum mechanics. ⚛️ The Gaussian wave packet is a specific way of describing a particle that is somewhat localised but propagates over time. 🪐 This describes how particles do not follow exact paths as in classical physics, but behave in a wave-like way, with uncertainty about their exact position. ⚛️ A huge thank you to the creator of this visual @erik_alan_norman Because of his work…

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