Yes, because we always say that SESAME was modelled on CERN (the European Organization for Nuclear Research) (which succeeds) despite the conflicts i… - Gihan Kamel

Experiments that have been conducted there (are) biomedicine – I have an experiment with a user from Pakistan and she worked on using infrared microspectroscopy to distinguish between benign and malignant breast cancer tissues. I had an experiment with another user from Cyprus - she is an archaeologist - doing experiments on ancient human remains dating back to 4 000 years old. Another experiment is with a Jordanian user – she’s analysing historical fragments from Petra. I also have a collaboration with an Egyptian user on characterisation of historical manuscripts and another experiment with an Iranian user also working on historical parchments from the Koran and the Torah.

This year (in) December (will be) our 15th users’ meeting. In the beginning, it was difficult to understand our needs as researchers from one region because of the differences between our countries. Later on, and one users’ meeting after another, it became clear that we have common needs and common requirements, so we are trying to explore as much as we can. So, for me and the beamline, I don’t want always to focus on biomedicine. It’s true that we have common diseases in the Middle East, common biomedical and environmental issues. But also the Middle East is very rich when it comes to archaeology and cultural heritage, and, people come together and when they need to they talk to each other and they find common ways to collaborate. So, for example, this researcher from Cyprus working on ancient human remains, these remains were collected from east Iran. We have to invest in these common links between our researchers. I think an establishment of a synchrotron facility in the Middle East is now becoming maybe the only way to bring people together.’

Basically, it is considered something like a super-microscope. The basic principle of the synchrotron is to accelerate electrons up to high energy, then we collect a part of the electromagnetic radiation (as) infrared and X-rays. You can perform different experiments or applications that almost are impossible to perform by conventional X-ray or infrared sources because the synchrotron radiation has unique properties – essentially its brightness and resolution. So we can see with the synchrotron what we can never see with any conventional source.