Exploring the bridges between rigorous mathematical physics, wave-optics quantum engineering, and the human experience.
A science-based lens for wonder and joy in your life. Explore adaptive network synchronization, complex modeling systems, and nonlinear dynamics connecting cellular behavior to cosmic scales.
A rigorous bridge for STEM professionals using simple wave optics phasor principles to understand and benchmark photonics components in circuits and quantum computers.
Negative filtering and prioritized triage frameworks for PROTAC-induced pHLA pipelines.
Includes research on moving image color appearance models (MICAM) for video quality prediction, adaptable human vision models across CIF, SD, HD, and e-cinema, and biological synchronization feedback loops.
Metabolomic bounds estimation via metabolomics, phylogenetics, and taxonomy.
Deep-learning molecular structure prediction from IR spectra.