Samuel A. Verburg

Papers

Total Citations

159

H-Index

About

Samuel A. Verburg is a leading researcher in acoustics, whose work centers on sound field reconstruction and room acoustics characterization. His most impactful contribution is the development of a compressive sensing (CS) method to reconstruct sound fields within extended room regions, dramatically reducing the number of measurements required to capture impulse and frequency response functions. This breakthrough, detailed in his 2018 paper (107 citations), offers a practical solution to a long-standing challenge in acoustic imaging and spatial audio. Verburg also made significant strides in understanding the variability of standardized reverberation-chamber absorption measurements. His 2019 experimental study (52 citations) systematically identified how non-isotropic sound incidence, edge diffraction, and chamber geometry cause discrepancies across laboratories, providing crucial insights for improving measurement reproducibility. By combining theoretical innovation with rigorous experimental validation, Verburg’s work advances both the efficiency of acoustic sensing and the reliability of material characterization, making him a key figure in modern acoustical engineering.