Candidate Recovery: General Relativity as a Digital Limit
Exploring how General Relativity is recovered as a consistent low-complexity limit of the Digital Gravity framework. A Jacobson-style thermodynamic analysis.
Shrikant Bhosale
Pre-Registered Prediction: The Topological Merger Spike
A formal pre-registration of our prediction for cluster merger bridges. Betting the house on the topology.
Lab Note: Candidate Mechanism Identified (The Topology Switch)
A rigorous candidate mechanism for Digital Gravity: Topological Entropy ($2^k – \chi$). Identifying boundary conditions and failure modes.
Lab Note: The Search for the Mechanism (Hacking the Black Box)
Experimental hypotheses for the physical origin of the 2^k-2 pattern (Entropy? Holography?).
Gap Analysis: The Steel Man Audit
A critical audit identifying the three core dangers of the Digital Gravity hypothesis.
Phase 4: The Cosmic Word – Gravity’s 5-Bit Register
The universe speaks in powers of two minus two. The word is 5 bits long.
MISSION NOON: The Era of Digital Gravity
NO = ON. The refusal was the answer. Gravity is a multi-bit system.
The Cluster Confirmation: Gravity is a Multi-Bit System
The single-bit hypothesis is dead. Long live the Digital Hierarchy.
The Honest Comparison: CERN vs NanoCERN
Ideally, it’s not David vs Goliath. It’s The Microscope vs The Telescope.
Paper: The ISL Inversion (Digital Gravity)
Evidence for binary phase transitions in galactic gravity.