Exploring the awe that 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 to bridge the gap, 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.