Independent research publications exploring the frontiers of quantum physics, artificial intelligence, materials science, defense technology, and computational methods. Complete analyses with PDF downloads, data visualization, and open-source code.
Groundbreaking research in fragmentation physics with real-world applications in earthquake prediction, industrial safety, and materials engineering
Comprehensive statistical analysis of fragmentation patterns across solids, liquids, and complex materials. This research reveals mathematical power laws governing how objects break under stress, with practical applications ranging from earthquake prediction and industrial safety to planetary geology and materials engineering.
Based on foundational work from Aix-Marseille University
Lead Researcher: Emmanuel Villermaux
APA Citation:
Singh, A. (2024). "Universal Fragmentation Law: Mathematical Principles Governing Material Failure Patterns". Self-Published Research Papers, 1(1), 1-24. https://anshuman365.github.io/research/paper/universal_law_of_fragmentation.html
Curated collection of 8+ scientific research papers, technical analyses, and publications with complete PDF downloads and data access
Exploring fundamental questions about how the universe works, driven by genuine curiosity rather than just practical applications. Each research paper begins with a "why" question.
Leveraging modern computational tools, AI algorithms, data analysis, and numerical simulations to tackle complex scientific problems that cannot be solved analytically.
Bridging physics, computer science, materials science, defense technology, and AI to create innovative solutions and insights that transcend traditional disciplinary boundaries.
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