Industry News
Improving current flow in ultra-thin semiconductors
Researchers have improved electrical transport in ultra-thin semiconductor devices, offering new insights into the limits of miniaturisation. [ + ]
A new approach to nanoscale heat transfer
Engineers have demonstrated a new way to boost heat transfer at the nanoscale, a development that could reshape electronics cooling and advanced sensing technologies. [ + ]
Machine learning advances semiconductor materials research
A new study from Flinders University has demonstrated a faster way to discover semiconductor materials for next-generation computing devices. [ + ]
Monash team demonstrates room-temperature photonic circuit
A Monash-led study has demonstrated a compact photonic circuit that processes multiple streams of light-based information simultaneously. [ + ]
Battery study explores safer rapid-charging methods
Scientists from Adelaide University have demonstrated a fast-charging battery approach designed to reduce degradation, heat generation and safety risks. [ + ]
Nanoscale device converts wasted light into energy
UNSW Sydney scientists have addressed a longstanding problem in photonics: how to stop energy from being lost before it can be used. [ + ]
Monash researchers break barrier in membrane design
Engineers have developed an ultra-thin membrane that allows fuel cells to operate more efficiently at high temperatures. [ + ]
Fast, eco-friendly method recovers critical minerals from batteries
Using a simpler, water-based system, Rice University researchers avoided the harsh solvents that are typically used in battery metal extraction. [ + ]
Comau and Omron Robotics to expand industrial automation solutions
The partnership will focus on high-growth sectors including electronics, semiconductors, medical manufacturing and light industrial intralogistics. [ + ]
Phonon generator could lead to sound-based lasers
McGill University researchers have developed a device that generates sound-like particles at extremely cold temperatures. [ + ]
UQ researchers create lead-free indoor solar panels
Halide perovskites are an emerging technology that could replace silicon, offering much higher efficiencies and commercial potential. [ + ]
Moiré ferroelectric pixels enable next-gen nanoelectronics
Researchers have demonstrated moiré ferroelectricity in layered nanomaterials, enabling pixel-scale control for next-generation nanoelectronic devices. [ + ]
Supercomputer accelerates sodium battery material discovery
Researchers have designed a new sodium‑based battery cathode that stores more energy and lasts longer than earlier versions. [ + ]
Contact method enhances perovskite solar cell efficiency
Researchers have developed a technique that improves the performance and stability of next-generation solar cells without adding any chemicals or coatings. [ + ]
AI workflow accelerates semiconductor materials discovery
Researchers from the University of New South Wales have developed an AI-driven system to accelerate the identification of two-dimensional semiconductor materials that can be used in solar cells. [ + ]
