Michal Mazgal

Biomimetic Retinal Sensor Architecture and CUDA Digital Twin for Objective Evaluation of Display Temporal Dithering (FRC) and Cortical Mach Band Load

Conventional display metrology relies on stationary CMOS frame cameras or single-point photodiodes to evaluate display flicker and spatial image quality. While suitable for characterizing deep Pulse-Width Modulation (PWM) luminance dips, stationary camera sensors fundamentally fa...

Elimination of Retinal Magnocellular Flicker Fatigue and Cortical Mach Band Contours in the Android Display Pipeline via Zero-Hertz Surface-Locked Spatial TPDF Blue-Noise Quantization

Modern mobile and television displays operating under the Android operating system (Android 15, 16, and 17) exhibit a fundamental neuro-ergonomic conflict at the final quantization boundary between high-precision internal composition buffers (FP16) and physical display panels (8-...

Cymatic Stomatal Stimulation and Pulsed Optical Assimilation: Scaling from Cybernetic Bioreactors to Industrial-Scale Acoustic Modulation

This paper presents a disruptive biophysical and cybernetic methodology for overcoming two primary bottlenecks in C3 plant photosynthesis: Non-Photochemical Quenching (NPQ) and mid-day stomatal depression. The research outlines a two-stage scale-up process. The micro-scale phase...

openQL / openOL: Tensor Matrix Architecture for Unified Simulation of Physical Fields in 12D and 112D via GPU Tensor Cores

This document presents a theoretical and software-architectural proposal for a novel application programming interface (API) named openQL (designed for 12D macroscopic physics) and its fully expanded version, openOL (for the 112D quantum and molecular level). The architecture pro...

openQL / openOL: Tensor Matrix Architecture for Unified Simulation of Physical Fields in 12D and 112D via GPU Tensor Cores

This document presents a theoretical and software-architectural proposal for a novel application programming interface (API) named openQL (designed for 12D macroscopic physics) and its fully expanded version, openOL (for the 112D quantum and molecular level). The architecture pro...

The Causal Quaternionic Field Theory: A Non-Markovian Approach to the Metric Tensor and Quantum Entanglement

This paper introduces the Causal Quaternionic Field Theory (CQFT), a theoretical framework that redefines the foundational axioms of quantum mechanics and general relativity by rejecting the fungibility of numerical values. We propose that physical space possesses a non-Markovian...

Photonic Causal Tensor Processor (PCTP): Hardware Architecture, Non-Commutative Optical Logic, and Topological State Execution

Linear optical computing has emerged as a promising paradigm to bypass the thermodynamic constraints of von Neumann architectures and the Landauer dissipation limit (Emin = kBT ln2). However, existing integrated photonic accelerators remain fundamentally Markovian: they are restr...

Theoretical Framework for a Topological Momentum Drive: Macroscopic Propulsion via Room-Temperature Magnon Bose-Einstein Condensation and Anyon Braiding

This paper presents a theoretical framework for a novel solid-state propulsion architecture, termed the Topological Momentum Drive, which transitions macroscopic kinetic energy transfer from classical Lorentz-force electromagnetism to topological quantum field theory. The propose...

Intensional Maxwellian Formalism in Power Electronics: Causal Octonion Control of Distributed Multi-Phase Converters

Contemporary power electronics and distributed control systems predominantly rely on extensional mathematical frameworks, treating physical phenomena as memoryless, state-independent variables. This paper proposes a paradigm shift toward an intensional (causal) mathematical forma...

Intensional Maxwellian Formalism in Power Electronics: Causal Octonion Control of Distributed Multi-Phase Converters

Conventional power electronics rely on extensional mathematics, where physical phenomena are treated as memoryless, state-independent variables. This paper introduces a two-layer intensional formalism for the control of multi-phase Maximum Power Point Tracking (MPPT) converters,...