This volume explores the complex physics of how light travels through biological tissues. It presents research findings and theoretical models related to photon scattering, absorption, and diffusion, crucial for understanding optical imaging and therapeutic applications in medicine. The papers likely detail experimental setups, data analysis, and computational simulations used to investigate these phenomena.

This collection of papers likely represents a specialized academic contribution to the field of biomedical optics. The focus on photon propagation in tissues suggests a readership of researchers, engineers, and advanced students in biophotonics and medical physics. The content is expected to be technical, detailing methodologies and results pertinent to optical diagnostics and therapies.