Accelerator-based MeV single ion techniques are rapidly growing in response to the demand for new materials and high precision materials engineering methods. Leading edge fields include biomedical tissue engineering, quantum devices, optical and magnetic information storage technology, all require nanoscale engineering through controlled materials modification.

Topics

• Introduction to single ion technology and applications
• Accelerator technology for generating single ions, beam focusing and scanning systems
• Radiobiology and DNA damage and repair, bystander effect
• Quantification of radiation damage in cells and semiconductor devices
• Quantum applications of single ions/ IAEA e-learning course
• Characterization of radiation hardness and devices for harsh conditions/ IAEA TRS 490

The workshop is organized together with the IAEA-National University of Singapore Collaborating Centre.

Speakers
P. Barberet, University of Bordeaux, France
J. Meijer, Leipzig University, Germany
P. Olivero, University of Turin, Italy
K. Teruaki, National Institutes for Quantum Science and Technology, Japan
E. Vittone, University of Turin, Italy

Grants: A limited number of grants are available to support the attendance of selected participants, with priority given to participants from developing countries. There is no registration fee.