University of Technology Sydney

Explore how cell division mechanisms vary across archaea, bacteria, and eukaryotes. Apply advanced molecular and imaging techniques to dissect archaeal cell division at a molecular level and uncover fundamental biologic…

This research clarifies universal and unique cell division strategies across major life domains, enhancing evolutionary biology and microbi…

Explore the complex rheological and hydrodynamic properties of mixed algal cultures. Develop models to optimize industrial photobioreactor design, combining lab research and industrial application in an international se…

This research enables more efficient and resilient algal cultivation methods critical for sustainable biotechnology. By improving photobior…

Design a novel line-scanning Brillouin-Raman microscope to rapidly map mechanical and chemical properties in 3D. Address slow point-by-point imaging limitations and enable live biological sample studies with microscopic…

The research enables high-speed mechano-chemical imaging of live biological samples, crucial for advancements in fundamental biology, tissu…

Explore surface engineering of inorganic nanoparticles to improve cellular targeting and imaging within quantum biotechnology. Develop new nanoparticle designs to bypass cellular barriers and enhance single-cell sensing…

This research advances quantum biotechnology by developing nanoparticles capable of precise cellular targeting and imaging, which can revol…

Develop pioneering battery technologies to enhance renewable energy storage and security. Join UTS in creating safer, longer-lasting, ultrahigh performance batteries:

This research is critical for integrating renewable energy into stable power grids and achieving Australia’s clean energy goals. Advancemen…