Abdullah Baran's A Definition: Separating Active Energy from Rest Energy / Mass Increase of a Body Through Absorbed Energy
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Definition:A := E − imc² General validity: applies to any body absorbing active energy from outside (electrical, thermal, light, etc.) whose mass temporarily increases (E=mc²). m_E = the raw mass-equivalent of the external energy m_E := E / c² By energy type: m_E,electrical / m_E,thermal / m_E,acoustic / m_E,light Special cases:Empty/discharged: A = 0 ⟹ E = imc² (rest energy only)Charged/stored: A = i·m_E·c²Time-dependent general form: A(t) = m_E·c²·e^(iα(t)), 0 ≤ α(t) ≤ π/2 Endpoints:α = π/2, A = m_E·c²·e^(iπ/2) = i·m_E·c² (fully stored)α = 0: A = m_E·c²·e⁰ = m_E·c² (fully released, entirely real) Reconstruction: E(t) = A(t) + imc² = m_E·c²·e^(iα(t)) + imc² Examples: phone battery (electrical energy) and heating/cooling iron (thermal energy) — same model, different physical realizations. ----- All formulas belong to Abdullah Baran (ORCID: 0000-0003-2935-1835, x.com/realABaran, nasauzay15@hotmail.com). Claude (Anthropic): scribe only.
