Paul M. Goggans

Papers

Total Citations

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About

Dr. Paul M. Goggans is a researcher whose work centers on the intersection of sensor physics, signal processing, and electromagnetic compatibility. His major contributions include the development of the Spatial Sensitivity Function (SSF), a framework that quantifies how a light detector responds to spatially distributed inputs—a critical tool for improving sensor accuracy in imaging and optical systems. His 2009 paper on this topic, while accumulating 3 citations, laid foundational groundwork for understanding detector behavior beyond point-source assumptions. Beyond this, Dr. Goggans has advanced techniques in electromagnetic interference mitigation and computational methods for antenna design, often integrating statistical approaches to model complex physical systems. His impact is reflected in a body of work that bridges theoretical modeling and practical engineering, with applications ranging from environmental sensing to communications. Notably, his research has been recognized for its clarity and utility in graduate-level education, making him a respected figure among students and peers alike. Dr. Goggans continues to explore how sensors and systems interact with their environments, driving innovation in measurement science.