Why Information Is Fundamental

 Simulating the Birth of the Universe

1️⃣ Spacetime as Emergent

• From Jacobson’s derivation to AdS/CFT, we see that geometry itself is a manifestation of entanglement patterns.

• The “fabric” of spacetime behaves like a quantum error-correcting code — entanglement glues together the bulk.

2️⃣ Black Holes as Perfect Information Processors

• Hawking radiation and the Page curve show that information is never lost, it’s scrambled.

• The holographic principle says all the information inside a volume can be encoded on its boundary — an informational screen.

3️⃣ ER=EPR

• Einstein-Rosen bridges (wormholes) = EPR pairs (entanglement).

• A wormhole is a channel for entangled qubits — bridging geometry and quantum info.

4️⃣ Quantum Mechanics at its Core

• The no-cloning theorem, teleportation, mutual information — all these show how unitary evolution protects information.

• It’s not the particles or fields that are “most real,” but the relations and correlations.

🔬 What This Means for Us

⚛️ Bits of information — entangled, scrambled, and recombined — are more fundamental than matter or spacetime.

• Chemistry: even chemical bonds are entanglement structures.

• Biology: quantum coherence can be harnessed in enzymes or photosynthesis.

• Cosmology: spacetime emerges from entanglement constraints.

Curvature Evolution: