Vacuum Analog Circuit Medium Analysis: Revealing the Frequency Structure of Vacuum via Planck-Scale Electromagnetic Coupling

This paper proposes a novel interpretation of vacuum: as a resonant electromagnetic medium whose internal structure is constituted by the coupling of Planck-scale vacuum inductance and vacuum capacitance. By equating the classical expression for the speed of light, c= 1/√(μ_0 〖+ε〗_0 ), with the Planck-scale relation lp•f_p =c, we derive a new formula for the Planck frequency: f_p=1/√(L_vac 〖•C〗_vac )This equation reveals that the vacuum possesses electromagnetic properties analogous to those of a transmission circuit, where C_vac and L_vac represent vacuum inductance and vacuum capacitance, respectively. This result establishes a frequency-centered physical framework for understanding the quantum structure of spacetime and provides a foundational basis for the proposed "World quantum Theory." Keywords: Planck frequency, vacuum inductance, vacuum capacitance, electromagnetic resonance, quantum structure, World Quantum Theory, transmission line analogy, frequency-driven physics