Gregory Bizarri

Dr. Gregory Bizarri is a Reader (equivalent to Associate Professor) in Material Science at Cranfield University, UK, where he serves as Head of the Surface Engineering and Precision Centre (SEPC), one of six centers within the Manufacturing theme of the School of Aerospace, Transport and Manufacturing and Materials (SATM). Prior to joining Cranfield in 2017, he was a Staff Scientist at the Lawrence Berkeley National Laboratory (USA) from 2009-2017, where he conducted research on scintillator materials and radiation detection technologies.

Dr. Bizarri's research sits at the confluence of multiple disciplines: material science, detector physics, and instrumentation. His work promotes a multidisciplinary approach combining synthesis, characterization, instrumentation design, and modeling to investigate energy transport and conversion processes in materials for applications ranging from medical imaging to energy sectors. His expertise spans scintillator physics, radiation detection, optical materials, and sensor technology, with emphasis on developing novel detector materials through crystal growth and material engineering.

His recent publications demonstrate a strong trajectory toward improving radiation detection systems, particularly for time-of-flight positron emission tomography (ToF-PET). His work on heterostructured scintillators, 3D-printed plastic scintillators, photonic crystal integration, and nanocomposite development represents cutting-edge approaches to enhance detection efficiency, resolution, and speed. This research bridges fundamental materials science with practical applications in medical imaging and radiation detection.

As Head of the Surface Engineering and Precision Centre, Dr. Bizarri leads a research team dedicated to developing materials for sustainable and fair societal applications. His leadership involves managing large national and international collaborations focused on the design, development, and engineering of detector materials. The center's work integrates advanced materials development with precision engineering techniques to address challenges in aerospace, healthcare, and energy sectors.