NEUROPIA: Neural Cognitive Field Unification for Cross-Domain Dissipative Intelligence

Authors: Baladi, Samir

Subject Terms: FOS: Computer and information sciences, Onsager reciprocity, Omni-Spectral Fourier Operator, Bianchi identity, Computer and information sciences, Generalized Stress-Energy Tensor, Grand Constraint Network, thermodynamic AI, (4-(m-Chlorophenylcarbamoyloxy)-2-butynyl)trimethylammonium Chloride, neural operators, multi-physics control, EntropyLab, (4-(m-Chlorophenylcarbamoyloxy)-2-butynyl)trimethylammonium Chloride/administration & dosage, physics-informed AI, Fourier neural operator, Engineering, Neural Unified Propagator, quantum coherence, Physical Sciences and Mathematics, unified field theory, magnetohydrodynamics, PIAI, cross-domain dissipation, cognitive thermodynamics, entropy minimization

MAGNA-FLOW: Neural Magnetohydrodynamic Dissipation Control for High-Conductivity Turbulent Plasma Systems

Authors: Baladi, Samir

Subject Terms: plasma confinement, Lorentz force control, Maxwell stress tensor, ELM suppression, magnetic helicity, neural operators, Engineering and technology, EntropyLab, FOS: Engineering and technology, entropy production, physics-informed AI, Fourier neural operator, Fluid dynamics, turbulence modeling, liquid-metal cooling, FOS: Electrical engineering, electronic engineering, information engineering, Physical Sciences and Mathematics, Plasma and Beam Physics, dynamo theory, tokamak stability, Electrical and Electronic Engineering, magnetohydrodynamics, PIAI

THERMO-NET: Neural Thermodynamic Dissipation Management for High-Entropy Physical Systems

Authors: Baladi, Samir

Subject Terms: Ronin Institute, Computer Sciences, irreversible thermodynamics, Physics, Landauer erasure, SIREN neural networks, E-LAB-07, cryogenic stability, Rite of Renaissance, Engineering and technology, quantum thermal management, EntropyLab, FOS: Engineering and technology, neural thermodynamics, entropy production, physics-informed AI, non-Fourier heat transport, thermal coherence, dissipation control, Physical Sciences and Mathematics, thermo-net-engine, Samir Baladi, PIAI, Cattaneo-Vernotte

ENTRO-OMEGA: Grand Unification of Informational Entropy — OMEGA v1.0 Universal Adaptive Stabiliser for Autonomous AI Infrastructure

Authors: Baladi, Samir

Subject Terms: FOS: Computer and information sciences, self-sustaining systems, Artificial intelligence, Computer and information sciences, autonomous stabilisation, entropic control, Systems Engineering, universal adaptive stabiliser, von Neumann entropy, informational entropy, EntropyLab, E-LAB-10, grand unification, network synchronisation, input-to-state stability, Engineering, Statistical, Nonlinear, and Soft Matter Physics, Omega State Function, thermodynamic computing, Physical Sciences and Mathematics, EPWM, AI reliability

ENTRO-PULSE: Periodic Entropy Pulsing and Informational Wave Management in High-Velocity AI Systems

Authors: Baladi, Samir

Subject Terms: FOS: Computer and information sciences, Computer and information sciences, informational burst management, entropy pulsing, entropic frequency, E-LAB-09, rhythmic stability, EntropyLab, duty cycle control, resonance suppression, EPWM, Kuramoto synchronization, Hopf bifurcation, cooldown protocol, periodic stability control, Entropic Pulse Width Modulation, phase-locked AI

ENTRO-GHOST: Entropic Memory and Residual Pattern Discovery in Informational Voids

Authors: Baladi, Samir

Subject Terms: information void, temporal decay, reminiscent system, residual information, ghost trace, E-LAB-08, Computer Sciences, holographic entropy storage, entropy collapse, EntropyLab, thermal fingerprint, Byzantine fault tolerance, ghost recovery, AI stability, void pattern detection, entropic memory, ghost recall factor, void energy, open science, Physical Sciences and Mathematics, Landauer principle

ENTRO-QUANTUM: Entropic Collapse in Probabilistic State Spaces of Artificial Intelligence

Authors: Baladi, Samir

Subject Terms: observer effect, informational entanglement, Computer Sciences, E-LAB-07, Physics, quantum-inspired AI, entropy collapse, non-linear entropy dynamics, EntropyLab, superposition of stability states, uncertainty principle, Engineering, entropic wavefunction, weak measurement, Schrodinger entropy equation, open science, probabilistic stability, Physical Sciences and Mathematics, quantum jump operator, distributed AI stability, decoherence, silent observer protocol

ENTRO-EVO: Adaptive Entropy Weighting for Self-Calibrating Intelligence Systems

Authors: Baladi, Samir

Subject Terms: Dynamics and Dynamical Systems, Engineering Physics, Artificial Intelligence and Robotics, adaptive entropy weighting, E-LAB-05, EntropyLab, cross-domain adaptation, meta-learning, online gradient descent, self-calibrating systems, entropy-based feedback, Controls and Control Theory, Machine learning, Physical Sciences and Mathematics, ENTRO-EVO, evolutionary AI control, dynamic thresholding

ENTRO-CORE: A Closed-Loop Entropy-Based Control Architecture for Self-Regulated Intelligence Systems

Authors: Baladi, Samir

Subject Terms: Feedback Systems, Self-Regulated Intelligence, ENTRO-CORE, Closed-Loop Control, E-LAB-03, EntropyLab, Entropy Control, Stability Analysis, Dissipation Coefficient, Phase Space, Cybernetics, Information Dynamics, Control Law, Nonlinear Systems, Adaptive AI

ENTRO-AI: Entropy-Resistant Inference Architecture for Large Language Models & Neural Computing Systems

Authors: Baladi, Samir

Subject Terms: Entropy-Driven Throttling, Neural Entropy, Phase Transition in AI, EntropyLab, Entropy-Resistant AI, E-LAB-02, AI Reliability, ENTRO-AI, Large Language Models, Thermodynamic AI Control, Dissipation Coefficient, Hallucination Prevention, Psi-Dashboard, Inference Thermodynamics, Context Collapse