Information Theory
Investigating the mathematical foundations of information transmission, entropy, and data compression with applications to communication systems and algorithmic complexity.
Passionate about exploring the intersection of mathematics, philosophy, and technology. My work bridges theoretical foundations with practical applications, seeking to understand both the fundamental nature of knowledge and its real-world implementation.
Technical competencies and research areas
Areas of active investigation and exploration
Investigating the mathematical foundations of information transmission, entropy, and data compression with applications to communication systems and algorithmic complexity.
Exploring strategic decision-making in competitive environments, Nash equilibria, and cooperative game theory with applications to economics and artificial intelligence.
Examining the development of Western civilization with particular emphasis on the role of Christianity in shaping political, cultural, and intellectual traditions from antiquity to modernity.
Studying moral frameworks and ethical theories, including virtue ethics, deontological principles, and consequentialism, with particular focus on applied ethics in technology and society.
Examining narrative structures, thematic elements, and philosophical underpinnings in classical and contemporary literature, with emphasis on interpretive methodologies and textual criticism.
Researching kernel design, memory management, and system architecture with focus on security, performance optimization, and low-level system programming methodologies.
Books that have shaped my intellectual development
Foundational work on mathematical logic and the logical foundations of mathematics.
Essential for understanding how scientific paradigms shift and evolve.
Exploration of the limits and scope of human knowledge.
Demonstrates rigorous logical methodology and metaphysical reasoning.
Examination of justice, truth, and ideal forms that influences mathematical thinking.
Bridge between statistical theory and practical machine learning.
Comprehensive survey of philosophical and mathematical thought development.
Demonstrates systematic historical analysis and civilizational patterns.
Mathematical treatment connecting theoretical foundations with implementation.
Activities and pursuits beyond academics
Roles and contributions in academic and community settings
Lead initiatives to organize technical events, mentor new members, and expand engagement in software development and technology projects within the university community.
Coordinate collaborative projects and workflows to enhance members' skills in machine learning, data analysis, and programming through hands-on experience.
Provide personalized instruction in mathematics and statistics, developing tailored learning strategies to help students achieve academic success.
Dedicated 60-80 hours per week to community outreach, teaching, and service. Developed strong leadership, communication, and interpersonal skills.
Interested in discussing mathematics, philosophy, technology, or potential collaborations