Beyond Qubits: The Universal Geometry of DNA & Periodic Table
ISL isn’t just for physics. The same 5D lattice that governs qubits also determines the 64 genetic codons and the Periodic Table. A Theory of Everything.
The Polynomial Advantage: Classical Simulation of GHZ States
Quantum advantage is usually exponential. ISL proves that structured entanglement can be captured with polynomial resources. GHZ M=4.0 achieved.
Entanglement as Topological Bridges: Breaking Bell’s Limit
How can two particles correlate across light-years? In 5D-ISL, they are connected by a physical bridge in the lattice. See our S=2.8286 result.
Deriving Quantum Gates from Hypersphere Slicing
Quantum gates are not abstract unitaries—they are rotations in a 5D manifold. Discover the first-principles geometry of the Hadamard and CNOT gates.
Quantum Mechanics as 5D Geometric Projection: A New Reality
Is quantum probability just the shadow of 5D geometric necessity? Explore the Information-Space Lattice (ISL) framework and the end of ‘spooky action’.
The Phase Geometry Papers: A 4D Mechanical Solution to the Hierarchy Problem
Investigation Series 2026 The Phase GeometryPapers A three-part formalization of structural gravity as an effective 4D phase transition, driven by the Inverse Scaling Law of Modularity. P.I Theoretical Framework The Succession of Lineage Exploring the mapping of Randall-Sundrum 5D warped geometry into a 4D scale-dependent phase transition governed by the Gravitational Reynolds Number. DOWNLOAD PAPER … Read more
The Mechanical Proof of Phase Gravity: Synthesis of discovery
NanoCERN Research Synthesis The Mechanical Proof of Phase Gravity January 11, 2026 • Final Technical Summary of Phases 1-3 After three distinct phases of computational investigation, we have successfully closed the loop on the **Randall-Sundrum succession**. What began as a structural critique of 5D warped geometry has evolved into a verified 4D phase transition model. … Read more
Visualizing Phase-Governed Gravity: A Data-Driven Successor to Warped Geometry
Visualizing Phase-Governed Gravity: A Data-Driven Successor to Warped Geometry January 10, 2026 • Computational Foundations & Analog Research The Conceptual Bridge Lisa Randall’s landmark work on Warped Extra Dimensions (RS1) proposed that gravity’s weakness is structural. Today, we announce the first computational demonstration of its observational successor: Phase-Governed Gravity. By re-mapping the “5D Geometric Warp” … Read more
Official Preprint: A Phase Transition in Galactic Gravity
Paper Release: A Phase Transition in Galactic Gravity We are pleased to release the formal preprint of our findings regarding the Gravitational Phase Transition. Abstract We propose an effective field theory modification to General Relativity at galactic scales, governed by a control parameter analogous to the Reynolds number in fluid dynamics ($Re_G$). We identify two … Read more
Adversarial Testing: Proving the Viscous Gravity Mechanism
The Mechanism: Resolving the Hidden Mass Problem In our previous reports, we identified the Gravitational Phase Transition and the Gravitational Reynolds Number ($Re_G$). But correlation is not causation. To truly prove that Information Scaling Law (ISL) theory works, we had to answer a harder question: Does this “viscous spacetime” actually hold a galaxy together? Test … Read more