Magnet that absorbs back electromotive force (MABEF). Magnetic Energy Absorption Chip (MEAC)

Abstract: This definitive research paper expands the principles of Magneto-Structural Isomerization (MSI) and Non-Radiative Energy Quenching to formalize the foundational material selection and sub-nanometer crystal configurations of MABEF Class I-III and MEAC Class I-III quantum media. By replacing legacy Ni-Zn/Mn-Zn ferrite configurations and volatile thermoelectric cooling paths with deterministic solid-state phase transition envelopes, the architecture executes autonomous, passive energy sequestration at the absolute L1 boundary.

MABEF formulations integrate high-density sintered nanocrystalline Fe-Si-Al (Sendust) matrices interlocked with Rare-Earth transition metal clusters (Sm-Co/Nd-Fe-B) through non-equilibrium rapid solidification annealing, establishing sub-nanometer planar grain boundaries with a critical phase coherence length under 0.85 nm.

This structural topology captures changing magnetic flux derivatives at the structural source, overriding standard minority carrier storage delays to compress reverse recovery times to absolute zero under an analytical solution governed by a Heaviside step function gate calibrated to a 28.15 K thermodynamic potential barrier. For bio-dosimetry and fine-pitch compute nodes, MEAC architectures deploy multi-layer epitaxial heterostructures of highly correlated iron-oxide chalcogenides confined to a 3nm planar ribbon topology.

Cumulative magnetic load and mechanical vibration-modulated stochastic stress are permanently and irreversibly locked into the internal structural potential, manifesting as a discrete, staircase-like digital shift within the complex impedance matrix. Unified under a global coordinate energy admittance tensor, this physical algorithm purges switching transients and interface drift completely, providing an unassailable technical monopoly anchored to results-defined algebraic states that safeguards up to 25.4% of Global GDP infrastructure without sub-nanometer foundry retooling.

2026.09.29 Monday Around am03:30 First acquisition
Microscopic Material Selection and Lattice Structures of MABEF I-III and MEAC I-III Quantum Media: The Core Material Selection of MABEF I-III and MEAC I-III Isomerization Elements

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Philosophy
Climate change
Creation that fosters a global environment, which I want to give to the great outdoors.

Proposal for a new cooling method for water-cooled PCs, and AI data centers

Overview: The biggest drawback of immersion cooling. Capillary water cooling is more suitable.
New cooling method for water-cooled PCs, and AI data centers Materials

Capillary + Master Bag + Copper tube wound heat sink.
Microbubble Killer Topology for Equal Flow Distribution.
Microbubble Killer of Suppresses Cavitation.

Magnet that Absorbs Back Electromotive Force (MABEF)
Magnetic Energy Absorption Chip (MEAC)

Material Design Strategies for Suppressing Thermal Runaway in Lithium-Ion Batteries
Quenching Battery Spike Noise via Magnetic Structural Isomerization
Linearizing Solar Direct-Drive via Nanoscale MSI

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Official Release
・EU Open Research Repository: https://zenodo.org

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・NDL: http://www.ndl.go.jp/
・CiNii: https://cir.nii.ac.jp
・J-GLOBAL: http://jglobal.jst.go.jp/

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