Application of Real Time Single Particle Integrated Al-Optoelectronic Techniques for Detection and Discrimination of Airborne Biogenic Aerosols in Div

Application of Real Time Single Particle Integrated Al-Optoelectronic Techniques for Detection and Discrimination of Airborne Biogenic Aerosols in Diverse Atmospheric Environments

Bioaerosols represent the most complex aerosols in the atmosphere. You will work with international collaborators and a major instrument manufacturer to test and characterise a new instrument incorporating physics based digital holography, fluorescence spectroscopy, fluorescence-lifetime and polarisation techniques, all melded into one to detect and classify airborne bioaerosols and non-bioaerosols in real-time.

You will conduct laboratory and field experiments with the instrument at a range of locations across the globe (from the Arctic to Antarctica) supported by international co-supervisors providing you with unique supervision training and data support to generate data to expand the scientific community's knowledge of airborne biomes.