Yasir Arafat Maassoom

Aboriginal Root Reconsidered: A P-Rooted Topology for the Human Y-Chromosome Phylogeny

Core Thesis The paper proposes an alternative topological framework—the P-Rooted Model—which treats haplogroup P (P0) as the aboriginal/founding root of the human Y-chromosome phylogenetic tree, anchored geographically in the Chittagong region (Karnaphuli river basin/Chandgaon, t...

Aboriginal Root Reconsidered: A P-Rooted Topology for the Human Y-Chromosome Phylogeny

Core Thesis The paper proposes an alternative topological framework—the P-Rooted Model—which treats haplogroup P (P0) as the aboriginal/founding root of the human Y-chromosome phylogenetic tree, anchored geographically in the Chittagong region (Karnaphuli river basin/Chandgaon, t...

Electrodynamics of Lattice Vacuum Defects: The Topological Origin of Drift-Induced Hole Generation

Traditional solid-state physics treats the hole as a mathematical abstraction—a vacant state at the top of a valence band assigned an effective mass mh* purely to balance transport equations—without offering a physical mechanism for why this mass spans more than an order of magni...

Electrodynamics of Lattice Vacuum Defects: The Topological Origin of Drift-Induced Hole Generation

Electrodynamics of Lattice Vacuum Defects: The Topological Origin of Drift-Induced Hole Generation Abstract & Main Contents This manuscript presents a topological vacuum-defect model of solid-state hole mechanics, providing a deterministic physical explanation for effective mass,...

Structural Mechanics in Vacuum Electrodynamics: A Classical Topological Approach

Overview & Summary This manuscript presents a classical, deterministic mechanical framework for electron-positron pair production and particle emergence, addressing a fundamental gap in Quantum Electrodynamics (QED). While standard QED calculates pair production probabilities, it...

Structural Mechanics in Vacuum Electrodynamics: A Classical Topological Approach

Overview & Summary This manuscript presents a classical, deterministic mechanical framework for electron-positron pair production and particle emergence, addressing a fundamental gap in Quantum Electrodynamics (QED). While standard QED calculates pair production probabilities, it...