Welcome.

Herein, you shall find my primary interests:

• Philosophy, Theology & Physics:

  My work is primarily grounded in the implications of Gödel's Incompleteness Theorem, which shows that any formal system capable of arithmetic will contain true statements that cannot be proven within the system itself. Since machines operate within formal systems, they are inherently limited in their ability to grasp certain truths. In contrast, the human mind can recognize the truth of Gödelian statements — something no machine can replicate — which suggests that the mind operates beyond the limits of computation.

• Raised as a Roman Catholic, I've carried a profound interest in religion into adulthood.

• Technology & Progress: I am particularly interested in developing distributed system networks and microtransaction innovations. I have worked on advanced cryptographic concepts such as Merkle Tree Proofs and Zero-Knowledge Proofs, contributing to innovative solutions in blockchain technology and data security.

  I have experience in coding and Artificial Intelligence. This includes, for instance, the development of Artificial Intelligence Visual Recognition & Diagnostic Accuracy Applications. These projects I developed hold significant implications for various industries, including contributions to enhancing visual recognition capabilities in autonomous vehicles and improving diagnostic accuracy in medical imaging, showcasing the classifier’s ability to rapidly and accurately process visual data across multiple sectors.

• I possess a broad and deepening intellectual curiosity that spans various dynamic and distinct fields, with no topic considered off-limits.