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Symmetry Breaking in 3D Box and Hydrogen Atom: A Quantum Perspective

This article explores the consequences of symmetry breaking in a 3D box and central force space on quantization processes. It delves into the radial wave equation and probability density distribution of hydrogen, shedding light on the radial probability density of hydrogen atoms. The implications of these concepts are discussed in detail to provide a comprehensive understanding of quantum phenomena in confined systems.

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Symmetry Breaking in 3D Box and Hydrogen Atom: A Quantum Perspective

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  1. Particle in a 3D box

  2. Consequence of symmetry breaking

  3. Central Force

  4. Space Quantization

  5. The radial wave equation

  6. Probability density of hydrogen

  7. Radial probability density of hydrogen

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