Welcome

QMUL's Detector Development Group

• A Bevan (Queen Mary)

An overview of activities including characterisation, simulation and systems engineering solutions and integration of instruments

Case Study: ATLAS Tracker Upgrade

• S Zenz (Queen Mary)

An overview of our contributions to the upgrade of the CERN experiment ATLAS for the High Luminosity Large Hadron Collider

Case Study: Organic Semiconductor Radiation Detectors

• t Kreouzis (Queen Mary)

Multi physics modelling for nuclear engineering and other applications

• Andrew Buchan (QMUL)

Including reactor modelling, algorithm improvements and simulation of environmental aspects

Nuclear Imaging and Therapy Research at Barts Cancer Institute

• Jen Young (Barts Cancer Institute, QMUL)

An overview of current work and proposals for a UK radionuclide manufacturing facility for sustainable medicine

Simulating radiation environments and predicting detector response

• I Dawson (Queen Mary)

Examples of radiation environment and device simulation using Monte Carlo Codes, other capabilities including radiation testing, and case studies of working with industry on product development.

Radiation Damage in Materials

• K Trachenko (Queen Mary)

Molecular dynamical simulations of materials, studying radiation damage effects for waste storage

Case Study: SAPIENS - Air pollution modelling

• N Heatley (Queen Mary)

Modelling of air pollution in large urban areas. This work has potential to be used for CBRN situations including predicting pollution arising from industrial accidents, forensics and crisis management.

Eversion robots for the nuclear industry

• Kaspar Althoefer (QMUL)

Eversion robots for nuclear applications

Curved and flexible sensors

• A Bevan (Queen Mary)

Curved silicon and flexible organic semiconductor detector potential

Demonstration: COTS data acquisition for radiation detectors

• L Vozdecky (Queen Mary)

Demonstration of a multi channel Rasberry Pi radiation monitor readout system.

Ways to collaborate with QMUL

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