Relational Patterns Changing Matter, explained by Celominisignum aka The Similarity Theory (TSimT)

Can relational patterns change the physical behavior of matter? In this video, Howard DeLaCruz-Bancroft and mathematical physicist Prosper Akrobotu, Ph.D., explore this question through Celominisignum, aka Similarity Theory (TSimT) and the remarkable physics of moiré patterns. Twisted bilayer graphene provides a fascinating example: the atoms remain carbon, yet changing the relationship between two graphene layers can dramatically alter how the material behaves. A tiny change in alignment can produce a larger emergent pattern and new electronic properties. Celominisignum asks whether this illustrates a broader principle: Could information, relationships, constraints, and coupling play a fundamental role in determining how physical reality emerges across different scales? This discussion explores the intersection of moiré physics, emergence, informational relationships, and TSimT—and considers how these connections might lead to testable scientific questions. Howard DeLaCruz-Bancroft & Prosper Akrobotu, Ph.D. — Mathematical Physics #Celominisignum #TSimT #Moire #Graphene #Physics #Emergence #InformationTheory #QuantumPhysics