Biography
Research Interest
Biography
Carmel's research interests involve the understanding of the risks of very low doses of ionizing radiation to humans and the environment, with particular emphasis on the mechanisms of low-dose effects. Identification of early events and the mechanisms involved in radiation carcinogenesis are also examined. Study of the mechanisms involved in genomic instability, and their relevance to the repair of radiation damage and radiation-induced carcinogenesis. Development of bio-indicators of radiation stress in non-human species after low doses of alpha, beta, and gamma radioisotopes involve in uranium, radium, and tritium decay.
Research Interest
Biography
Annika Lohstroh grew up in central Germany, where she studied for her undergraduate Diploma in Physics at Göttingen University. She developed an interest in nuclear solid state physics during a 6 month exchange programme with the Catholic University Louvain (Belgium). Subsequently, she continued to study this area of physics that uses techniques originating in nuclear physics to investigate semiconductor properties, like hyperfine interaction methods and ion beam analysis. She moved to Guildford during Summer 2002 and obtained her PhD at the University of Surrey, researching charge transport properties in wide band gap semiconductors for radiation detection applications, with a particular emphasis on chemical vapour deposited diamond. She extended these studies as a Research Fellow at the University of Surrey during the following years and was appointed as Lecturer in 2008. Her scientific aim is to understand the limitations of current radiation detector performance and to find ways to overcome these limits. Dr Lohstroh is currently (2010-2013) the Chair of the Radiation Detection Instrumentation Research Theme of SEPnet (South East Physics Network).
Research Interest
the effect of bulk and surface defects on sensor performance. the effect of electrode materials and processing for semiconductor detectors development of pulse shape analysis for research and applications