Mohammad Shahbaaz Ahmed

The Unified Propulsion-Kinematic Tensor and Isomorphic Dynamic Inversion: A Mathematical Framework for the ZARQA Hypersonic Aneutronic Fusion Substrate (Phase VI)

In this paper, I present the complete, unconditional mathematical foundations of the ZARQA cyber-physical hypersonic propulsion substrate. I solve the simultaneous boundary-value problems of aneutronic p-¹¹B fusion confinement, direct energy conversion, magnetohydrodynamic (MHD)...

The Unified Propulsion-Kinematic Tensor and Isomorphic Dynamic Inversion: A Mathematical Framework for the ZARQA Hypersonic Aneutronic Fusion Substrate (Phase VI)

In this paper, I present the complete, unconditional mathematical foundations of the ZARQA cyber-physical hypersonic propulsion substrate. I solve the simultaneous boundary-value problems of aneutronic p-¹¹B fusion confinement, direct energy conversion, magnetohydrodynamic (MHD)...

A Topological Framework for Cortical Visual Prostheses: The Ψ-Ω-H Homological Perception Calculus and Concrete Substrate Isomorphism (Phase I)

I present a unified, mathematically closed, and non-circular calculus for cortical visual prostheses that models visual perception as a functorial mapping between the category of visual scenes and the category of cortical stimulation patterns. By treating perception through algeb...

A Cyber-Physical Sovereign Architecture for Autonomous Swarms: Formal Verification, Post-Quantum Consensus, and Immutable Zero-Trust Sandboxing (Phase IV)

This paper formally establishes the mathematical foundations and deployment architecture of the ZARQA Cognitive Swarm Core (Version 33.18.0), an unprivileged, zero-trust, hardware-abstracted operating matrix for decentralized grid-inspection humanoids. By fusing Robust Discrete-T...

A Cyber-Physical Sovereign Architecture for Autonomous Swarms: Formal Verification, Post-Quantum Consensus, and Immutable Zero-Trust Sandboxing (Phase IV)

This paper formally establishes the mathematical foundations and deployment architecture of the ZARQA Cognitive Swarm Core (Version 33.18.0), an unprivileged, zero-trust, hardware-abstracted operating matrix for decentralized grid-inspection humanoids. By fusing Robust Discrete-T...

Asymmetric Guardrail Reconnaissance and Architectural Reconstruction of Multi-Lingual Large Language Model Inference Control Stacks: A Mathematical and Systems-Security Analysis of Kimi (Moonshot AI)

We present a comprehensive systems-security and mathematical analysis of the inference control layer of Kimi, a long-context, multimodal, Chinese-native Large Language Model (LLM) developed by Moonshot AI. Using an isolated, six-vector semantic and cross-lingual extraction pipeli...

A Cyber-Physical Sovereign Architecture for Autonomous Grid-Inspection Humanoids: Variational Bayesian Cubature Kalman Filtering, Sobolev-Orthogonalized MoE-CLIP Anomaly Detection, and Tamper-Evident Spatial Memory (Phase III)

Autonomous humanoid robotics deployed in high-voltage transmission grid inspection require spatial cognition engines that are simultaneously resilient against physical sensor drift, adversarial false data injection, and runtime memory corruption. Most existing spatial perception...

A Cyber-Physical Sovereign Architecture for Autonomous Grid-Inspection Humanoids: Real-Time Kinematic Optimization, LMI-Synthesized H∞ Control, and Immutable Zero-Trust Sandboxing (Phase II)

Autonomous humanoid robotics deployed in high-voltage transmission grid inspection require deterministic stability guarantees and cryptographic resilience against physical, cyber, and adversarial sensor intrusion. Most existing architectures decouple software security from physic...