Alexander Booska

The Solution of In-Finity Recurrence Reconstruction, Weighted Reflected Flows, and a Frozen Maxwell–Material Testbed

This manuscript presents a layered analytical framework for recurrence, reflection, field energy, symmetry, memory, and cross-scale constructions while keeping claim levels explicit. Standard mathematics is designated L0; consequences proved under declared assumptions, L1; framew...

The Solution of In-Finity Recurrence Reconstruction, Weighted Reflected Flows, and a Frozen Maxwell–Material Testbed

This manuscript presents a layered analytical framework for recurrence, reflection, field energy, symmetry, memory, and cross-scale constructions while keeping claim levels explicit. Standard mathematics is designated L0; consequences proved under declared assumptions, L1; framew...

The Solution of In-Finity Recurrence Reconstruction, Weighted Reflected Flows, and a Frozen Maxwell–Material Testbed

This manuscript presents a layered analytical framework for recurrence, reflection, field energy, symmetry, memory, and cross-scale constructions while keeping claim levels explicit. Standard mathematics is designated L0; consequences proved under declared assumptions, L1; framew...

The Solution of In-Finity Recurrence Reconstruction, Weighted Reflected Flows, and a Frozen Maxwell–Material Testbed

This record presents The Solution of In-Finity, a consolidated analytical framework for studying recurrence, reflection, field energy, symmetry, memory, spectral structure, and cross-scale mathematical constructions within a controlled claim hierarchy. The framework explicitly se...

Scale-Invariant Quantum Chromodynamics and Reflected Sub-Atomic Wave Mechanics

This technical note delivers a rigorous mathematical and quantum field proof establishing the scale-invariant reflection of sub-atomic particle physics across macroscopic wave mechanics and discrete lattice networks. The text maps fundamental elementary fermions (quarks and lepto...