Year: 2025
Type: article
Abstract: Martin Jim Aitken was a pioneering physicist who profoundly influenced the new discipline of archaeometry, bridging physics to archaeology and revolutionizing artefact dating and analysis methods. Born and raised in Lincolnshire, he accepted a radio bursary to Wadham College, Oxford in 1941. After four years' RAF service during the Second World War, he returned to Oxford, completing BA and MA studies in physics, a DPhil and early postdoctoral research in nuclear physics at the Clarendon Laboratory. In 1957 his career shifted when he led the application of neutron activation analysis to ancient coins, sparking a lifelong devotion to archaeological science. He innovated the use of proton free precession to detect buried remains, in 1958 uncovering Romano-British kilns at Durobrivae and defensive earthen structures at Verulamium, then introduced ‘archaeomagnetism’, utilizing remanent magnetism measurements to reconstruct Earth’s magnetic field history. His greatest contribution soon followed: establishing thermoluminescence dating of pottery and burnt flints as an indispensable technique in archaeology and human origins research. He subsequently developed optically stimulated luminescence and infrared stimulated luminescence for dating sediments, transformational for both Earth sciences and prehistory. As Oxford professor of archaeometry and, for 30 years, the distinguished deputy director of the Research Laboratory for Archaeology and the History of Art (RLAHA) at Oxford, he was a passionate educator and science communicator. He founded the journal Archaeometry, established international symposia and conferences to promote knowledge-sharing, and left a deep legacy extending through his students, colleagues, the impact of RLAHA and international scientific communities, which he inspired.
Authors: N. A. Spooner, B. W. Smith, D. C. W. Sanderson
Language: English
Subfield: Paleontology
Field: Earth and Planetary Sciences
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W7119523800