Dawid Borycki

This study shows that using different time-of-flight windows in interferometric diffuse optics preserves distinct physiological signals for absorption and blood flow.

This study evaluates how static, slow, and fast dynamic scatterer components affect the flow index measured by cw-DCS, showing significant underestimation when static and slow components are present.

This paper introduces TOF-iSCOS, a method combining interferometric speckle-contrast optical spectroscopy with time-of-flight gating to enable depth-resolved blood-flow sensing, showing improved noise resistance and depth sensitivity.

This paper introduces a high-sensitivity DCS system with 1024 parallel detection channels, enabling fast and sensitive measurement of blood flow and physiological variations.