Diamond thermal management for high-power electronics
26 February, 2026 by Silvia Cernea Clark, Rice UniversityResearchers have unveiled a scalable method to grow patterned diamond films directly on wafers, cutting device temperatures and boosting reliability.
Generating electricity using durable piezo-active nylon
25 February, 2026 by Will Wright, RMIT UniversityResearchers from RMIT University have generated electricity from compression using a flexible nylon-film device that keeps working even after being run over by a car multiple times.
Next-gen polymer IR lens technology for thermal imaging
19 February, 2026Flinders University researchers have developed a sustainable, repairable and recyclable polymer lens for thermal imaging cameras, thereby replacing the need for traditional lenses that use expensive elements such as silicon.
Internal quantum batteries to power scalable quantum CPUs
04 February, 2026A new quantum-battery‑powered architecture, developed by researchers from CSIRO and the University of Melbourne, could make future quantum computers more efficient and easier to scale.
Porous gold metamaterial tunes electronic behaviour
04 February, 2026By changing the physical structure of gold at the nanoscale, researchers can drastically change how the material interacts with light — and, as a result, its electronic and optical properties.
Quantum-inspired wireless tech to boost 6G performance
04 February, 2026Researchers have developed a quantum-inspired method for optical wireless communication, to improve the performance of future 6G networks in indoor environments.
A greener method to produce high-performance graphene
28 January, 2026Monash University researchers have developed a green, solvent-free method to produce nitrogen-doped graphene nanoplatelets using a bio-derived nitrogen source.
Novel network cuts latency and energy in smart factories
21 January, 2026New research has shown why 5G alone won't meet smart factory demands, and proposed a hybrid wireless framework to cut latency, boost security and reduce energy use.
What does cybersecurity look like in the quantum age?
14 January, 2026 by Ty Tkacik, Penn State UniversityAs quantum computers are increasingly integrated into daily life, it will become critical to develop improved cybersecurity measures tailored to their specific needs, according to researchers at Penn State.
Electrodes created with light
14 January, 2026Researchers have shown that visible light can be used to form electrodes made from conductive plastics without relying on hazardous chemicals.
Transforming acoustic waves with a chip
11 December, 2025 by Alex Parrish, Virginia Tech College of EngineeringResearchers have developed a chip that uses on-chip phased interdigital metamaterials to shape acoustic waves — enabling the manipulation of tiny particles.
Preventing radiation-induced faults in electronics
11 December, 2025Researchers are developing an open-source tool to enhance the prevention of radiation-induced functional degradation in electronic systems.
QUT to establish photochemical mass spectrometer
03 December, 2025A new mass spectrometry facility will be established in Queensland to enable real-time characterisation of molecules as they undergo photochemical transformations.
Enhancing computer cooling with ionic technology
03 December, 2025Researchers have developed a new cooling technique for computer chips, using nanoscale channels and ion flow to combat heat generation.
Tweaked synthetic polymers boost conductivity
27 November, 2025 by Lois Yoksoulian, University of Illinois Urbana-ChampaignSynthetic polymers have emerged as a potential alternative to expensive, unsustainable minerals for use in semiconductors and other electronic devices.
