This interpretive framework explores electron excitation effects on orbital formation, suggesting new insights into material properties.
This document presents an interpretive, thought-experiment based framework for electronexcitation and orbital formation, fully compatible with the existing time-density-frequencymodel. Key points:• Electron is a potential response structure, not a particle.• Excitation follows the process: superposition → time channel branching → multipleoutcome states.• Orbitals are stabilized time-frequency response structures.• Dissipation represents channel failure, not structural destruction; material propertiesemerge from electron excitation coupled with proton tension structures. newbalancems@naver.com
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Myeong-Seop Kim (2026) studied this question.
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