"Local Geometric Electromagnetics and Microdynamics" academic achievement statement

Declarant/Independent Researcher: Feng YulingDate of deposit: August 15, 2026 DOI: 10.5281/zenodo.24015015[Core content summary]:1. Local geometric electromagnetism and microscopic dynamics2. Superconductivity theory and nanostructure design3. Energy logic based on objective measurement facts and asymmetry of acceleration and deceleration space-time4. Electromagnetic fields and energy transmissionThis academic achievement contains multiple documents of the electromagnetic theory proposed by me. This theory deconstructs the three core contradictions of the traditional electrical conduction model and points out the complete failure of the classic textbooks in the causal chain.This theory establishes a set of self-consistent energy logic models based on "observed facts". Experimental facts and energy topology derivation show that the acceleration and deceleration of charged particles are absolutely asymmetric in physical nature.In order to protect the original rights and intellectual property rights of the above-mentioned independent original theory that is disruptive and reconstructs the basic physical paradigm, an untamperable SHA256 encrypted certificate will be stored before disclosure.DOC1: a312a974b870e7d900f17599b8a56b8facfaa7440415a496057ac8293876a134DOC2: 7d62321d29d2daae70db41aa81ed1dd9f1324ab49d2b1d3e60114535dc714be7DOC3: a2c92084ba4d84f77b934d0814a9ca71a2b68d3a0eac9d83233d2635bde807f2DOC4: 82e4f23f417dfe676a1d9145e919067d0a29ad78ed13fc7ee5f7c678972ebf47DOC5: 171b0ce3dd2fcf8c1d34133b39569f6297072227bfa1c6fcdf464c52b1ec818cStatement date: November 6, 2026