MindbazarBloch stateState / value
AI SYSTEMS · MATHEMATICAL FOUNDATIONS · AGENTIC ARCHITECTURES
An independent project by EntangledMind
Researcher · Technical Author
Mindbazar is a research-driven space curated by EntangledMind, where artificial intelligence, mathematics, quantum computing and scientific software converge.
Explore the systemFrom x86 architecture and assembly language to distributed systems, scientific radar software and agentic AI.
My technical path took shape close to the machine, through processor architecture, assembly-level reasoning and the structures beneath software abstractions. It later expanded into enterprise and distributed systems, then into a five-year collaboration with Remocean, a CNR research spin-off developing marine X-band radar systems for real-time environmental and operational monitoring.
Today I design AI architectures, study compact language models and investigate quantum information as a distinct computational paradigm. I translate difficult mathematical ideas into engineering decisions and teach mathematics, physics, computing and artificial intelligence.
MANUSCRIPT DELIVERED · IN PUBLICATION
From Mathematical Foundations to Compact Language Models
A 505-page engineering journey through transformer mechanics, quantization, distillation, PEFT, reasoning, memory, tool use, MLOps, security and the construction of complete agentic systems.
Open the book dossierAI Systems Architect / Italian healthcare technology company
A locally deployed language-model system for classifying healthcare service requests across a specialized semantic taxonomy, supported by automated dataset generation and an observable MLOps pipeline.
AI Systems Architect / MelanDetect
A research prototype for image-based melanoma screening, adapting pretrained vision models to ISIC, PH2 and DermNet datasets for clinician-reviewed workflows.
Software Engineer / Remocean, National Research Council spin-off
Five years developing the operational software layer of a CNR research spin-off: Java/JavaFX interfaces, FFT-based radar-image processing for sea-state estimation, real-time oil-spill forecasting, AIS vessel monitoring and geospatial surveillance. Technology I helped build was deployed at Isola del Giglio in support of Costa Concordia wreck-recovery operations.
Editorial library now openLong-form essays, shorter research notes and project dossiers across AI, mathematics, physics and computation.Browse all articles →
Why intelligence emerges from the relationship between models, memory, tools, evaluation and deployment.
EXPLORE AIEmbeddings, latent spaces and the linear transformations that make semantic structure computationally useful.
EXPLORE MATHEMATICSA first-principles journey from radians and the unit circle to complex amplitudes, interference and the relative phase of a qubit.
READ ESSAYResearch, applied AI,
technical authorship.