Ismail A Mageed's Legendary Septem(Part XXIV): The Hidden Septimised Brain

The "Septem" framework, pioneered by Ismail A Mageed, posits that complex systems across the physical and mathematical sciences are optimally governed by a seven-fold interdisciplinary synergy: Educatory Mathematics, Information Theory, Queuing Theory, Fractal Geometry, Information Geometry, Computation, and Optimization(Mageed & Kouvatsos, 2010; Mageed & Kouvatsos, 2011; Mageed & Kouvatsos, 2019; Mageed & Kouvatsos, 2021 a-c; Mageed, 2021; Mageed & Bhat, 2022, a; Mageed & Bhat, 2022 b; Mageed & Zhang, 2022 a-d; Mageed et al., 2022 a-c; Mageed et al., 2023 a; Mageed et al., 2023 b; Mageed & Zhang , 2023 a-d; Mageed, 2023 a-n; Mageed et al., 2023 a; Mageed et al., 2023 b ; Mageed & Bhat, 2023; Mageed & Mohamed, 2023; Mageed & Babagana,2024; Mageed& Becheroul, 2024 a-c; Mageed, 2024 a-z; Mageed, 2024 A-Z; Mageed et al., 2024 a-d; Mageed, 2024 A1-Q1; Mageed & Nazir, 2025 a; Mageed & Nazir, 2025 b; Mageed & Li, 2025a; Mageed & Li, 2025b ;Mageed et al., 2025 a; Mageed et al., 2025 b; Mageed, 2025 a-z; Mageed et al.,2025 a; Mageed et al;, 2025b; Mageed & Liu, 2025a; Mageed & Liu, 2025 b; Mageed & Mohaisen, 2025 a; Mageed & Mohaisen, 2025 b ; Mageed & Pilgun , 2025; Mageed & Həbibova, 2025; Mageed & Ahmed, 2025 a; Mageed & Ahmed, 2025 b; Mageed & Farahani, 2025; Mageed & Rajak, 2025 a-d; Mageed & Melnik, 2025; Mageed & Ela, 2025 a; Mageed & Ela 2025 b; Mageed & Pandey, 2025; Mageed & Mabel, 2025;Mageed et al., 2025a-c; Mageed, 2025 A1-Z1; Mageed, 2025 A11-Z11; Mageed, 2025 A111-Z111, Mageed, 2025, A-Z; Mageed & Farhani, 2025 a; Mageed & Farhani, 2025 b; Mageed, 2025 A -V, Mageed, 2026). This paper, Part XXIV of the ongoing series, extends this framework into the biological and cognitive domains. We propose the "Septimised Brain" hypothesis, suggesting that neural architecture and cognitive processing are not merely stochastic or modular, but are structured according to these seven pillars to maximize metabolic efficiency and information throughput. By synthesizing Queuing Theory with neurobiology and Information Geometry with synaptic plasticity, we provide a novel lens through which to view cortical organization and the emergence of consciousness.