A recycling process that recovers all the valuable materials from end-of-life SIBs. Cathode materials (aluminium, phosphorus, sodium, sulphur and vanadium) are selectively recovered and regenerated as high-quality precursors.
Microbubble-enhanced ULM system for automated imaging and biomarker analysis of reproductive microvasculature in fertility diagnostics.
Polypeptide-based (‘bioPROTAC’) technology to degrade the MYC oncoprotein inside cells, applicable in cancer treatment and prevention.
Polarisation-based detection enables versatile (hyper)spectral imaging across microscopy, pathology, endoscopy, and remote sensing.
A high-powered, single mode nanolaser technology for integrated photonic communication chips and LIDAR systems.
Rapid antibody platform targets diverse bacteria, accelerating monoclonal development and vaccine antigen evaluation workflows.
Quantum memory protocol improves efficiency in storage and retrieval without increasing control power or optical depth.
Novel lipid nanoparticles (LNPs) for delivery of RNA-based vaccines and therapeutics, with improved thermostability at ambient temperatures.
Novel compounds with dual DNA-PK/AKT inhibitor activity for the treatment of platinum-resistant cancers.
Room-temperature masers enable ultra-low noise amplification for telecoms, quantum tech, imaging, and deep-space applications.
HKMTi-1-005 is a dual G9A/EZH2 histone methyltransferase which reactivates epigenetically repressed genes and inhibits tumour cell growth.
Electrochemical reactors for recovering critical materials from LIB cathodes, including lithium, manganese, nickel, and cobalt.
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