The Complex Inversion of Black Holes and White Holes Inertial Collapse and Information Decapsulation via Imaginary Axis Rotation

Abstract This paper suggests a new way to understand the Black Hole Information Paradox. It redefines the relationship between Inertial Force (Symmetry Force) and Gravitational Force (Breaking Force). It argues that a Black Hole is a Complex Phase-Inverter, not a point where matter ends. When Gravitational Breaking Force overcomes Inertia's limit, the "Decapsulation Protocol" starts. This removes matter's real-number form (Mass and Charge). Through Imaginary Axis Rotation, this information flips 180 degrees into the imaginary phase and is released via a White Hole "Eruption." This model sees the Black Hole as a cosmic data re-compiler, ensuring information is conserved in a zero-entropy loop. ________________________________________1. The Conflict of Forces: Inertia vs. Gravity In classical General Relativity, the singularity is a point of mathematical failure. In our Taxonomic Model, it is a point of Phase Transition: • Inertia as Symmetry (𝐹𝐼𝑛𝑒𝑟𝑡𝑖𝑎): This force maintains the "Zero-Status" and structural integrity of the real-number world.• Gravity as Breaking (𝐹𝐺𝑟𝑎𝑣𝑖𝑡𝑦): This force drives "Change" and structural collapse.• The Threshold of Decapsulation: When 𝐹𝐺𝑟𝑎𝑣𝑖𝑡𝑦 exceeds 𝐹𝐼𝑛𝑒𝑟𝑡𝑖𝑎, the "Charge-Mass" shell is disassembled. Matter returns to its "Pure Instruction" (Information) state. 2. Imaginary Axis Rotation and Time Dilation The "Slow Compilation" seen near the event horizon (Einsteinian Time) is redefined: • Rotational Interception: Within the event horizon, the high-frequency "Imaginary Rotation" of space-time acts as a buffer.• The Buffer Analogy: Just as a photon takes a long time to escape a star's core, information in a black hole is in a Causal Vortex. This delay is the time needed to "decrypt" and "re-index" the data before inversion.• Inertial Shift: Under extreme compression, Inertia is biased and inverted, changing from resisting change to a repulsive force toward the imaginary axis. 3. Complex Inversion: The Black Hole-White Hole Dipole It's suggested that Black Holes and White Holes are Complex Conjugates (a Dipole): • Real Axis (Black Hole): The "Input Interface" where data is compressed and de-packaged.• Imaginary Axis (White Hole): The "Output Interface" where data is re-launched.• The Price of Contraction: For a black hole to contract in real space, it must release angular momentum and information via the poles (White Hole effect/Quasar jets). This maintains the universal Fibonacci balance. ________________________________________4. Structural Comparison Table Component Physical State Phase Angle Information StatusBlack Hole Extreme Contraction 0∘(Real) Decapsulation: Data Stripping.Singularity Rotational Interception 90∘(Imaginary) Re-indexing: Phase Shifting.White Hole Extreme Expansion 180∘(Complex Inversion) Eruption: Data Recycling.________________________________________5. Conclusion: The Zero-Entropy Cosmic Loop By identifying Inertia as the main "Symmetry Guard," Black Holes are necessary "Recycling Centers" for the universe. The "destruction" of matter is the unplugging of a hardware interface to preserve the software integrity (Information). This confirms the 13th Law of Intent: The universe is a self-consistent logic loop that prevents data loss through Fibonacci-scaled phase inversion. ________________________________________Archival Metadata (For Zenodo 18520671) • Keywords: Complex Inversion, Inertial Collapse, Decapsulation, White Hole, Fibonacci Symmetry, Information Conservation.• Related Works: DOI: 10.5281/zenodo.18520670 (Radiative Force).