@nina_angel_lacartier: What happened was quantum tunneling which means that the body would need to be above zero to happen. All things would resort to the dissipation of the exosphere if we are intertwining with the universe by making the impossible, possible on earth. Would things just stop at the dissipation of the exosphere? Most likely not. It’s like when I was experiencing anti-gravity when I was doing my flips and handstands and wondering if I would be able to get down. From the outside looking in I looked strong and like I had been doing it forever. When in reality my legs were stuck in the air. If the exosphere vanished, Earth would lose its final thin layer of air, exposing the upper atmosphere directly to space. Gas particles would leak into the void, satellites would face harsher drag, and solar winds would strike closer to our main air layers. It could slowly become the end of our planet as we know it if it didn’t stop there. For a human to quantum tunnel through a physical barrier like a wall, it would require a complete suspension of environmental decoherence, the simultaneous alignment of roughly \(10^{28}\) independent atomic wavefunctions, and a timespan vastly exceeding the current age of the universe. Which means in order to quantum tunneling, you need to be older than the universe itself. As I had stated prior before the deer ever showcased to you that they could do such, that to think we are at the top of the food chain and not humble ourselves is just ridiculous. A wavefunction (Ψ)A mathematical function that relates the location of an electron at a given point in space to the amplitude of its wave, which corresponds to its energy. Wavefunctions for each atom have some properties that are exact, for example each wavefunction describes an electron in quantum state with a specific energy. Aka waves= energy. So when I said stay wavy, I meant that. ❤️ #molecularphysics #physics #fyp #foryoupage #quantumphysics

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