An international collaboration is leading the way to lightweight, flexible solar cells suitable for wearable solar power.

By altering the nanotopography of engineered plasmid DNA vectors, researchers from The University of Queensland have significantly improved transfection efficacy and reduced transfection decay.

Researchers at QUT are investigating nickel superalloys for improved performance in thermal energy storage (TES) systems.

We’ve optimised Nanoscribe fabrication parameters for SU8 and developed a protocol to integrate these complex Nanoscribe-fabricated features into microfluidic devices in a single resist layer.

The quest for an environmentally friendly substitute to oil-based lubricants has led a University of Queensland team to investigate nano-additive water-based alternatives.

The use of ANFF-Q’s Nanoscribe has enabled Caizhi Liao, a University of Queensland PhD student, to create a series of elegantly designed micro-hollow structures, including the volcanic-shape micro-pore, micro-needle, micro-valve, micro-electrode and micro-robot.

Griffith University’s Queensland Micro and Nanotechnology Centre (QMNC) is combining high-quality silicon carbide (SiC) nanofilms with MEMS devices to produce robust sensors for harsh environments.

Having successfully spun out of The University of Queensland in 2016, US-based Scaled Biolabs has begun unlocking new cell therapies using its miniaturised cell culture lab that runs nearly 10,000 experiments in parallel.

Hydrogen is naturally abundant, volatile gas at room temperatures – but when used as a fuel source it produces no pollution, making it a favourite of those investigating a clean energy future.

Dr James Hudson and a team from The University of Queensland have created a device that provides researchers with easy-access to tissue that models cardiovascular diseases and could help discover new therapies for patients.