Assembly > Research

Researchers crack scalable CMOS quantum computing

26 June, 2025

Researchers from the University of Sydney have developed a cryogenic CMOS chip capable of controlling spin qubits at temperatures close to absolute zero.


Semiconductor advance paves the way for faster electronics

17 June, 2025

Researchers have developed a streamlined method for growing tin sulfide (SnS), a semiconductor material with potential applications in next-gen electronics.


Novel decentralised AI chip works without the cloud

28 May, 2025

Researchers have developed a new AI chip that works without the cloud server or internet connections needed by existing chips.


3D printing tech improves durability of 'smart wearables'

22 May, 2025 by Shawn Vestal, Washington State University

Researchers have developed a 3D printing method for smart fabrics that maintains performance after repeated washing and wear.


Sound waves enhance nonlinearity in photonic computing

30 April, 2025 by Max Planck Institute for the Science of Light

Scientists have demonstrated that sound waves can serve as mediators for effective photonic activation functions.


Novel, non-toxic synthesis method for MXene

23 April, 2025 by Pierluigi Bilotto, TU Wien

MXene, a nanomaterial used in battery technology, can be difficult and hazardous to produce. Now, researchers have developed safer methods for its production.


New method to stop electronics from overheating

23 April, 2025 by University of Virginia School of Engineering and Applied Science

Researchers have discovered an innovative method to keep electronic devices cooler for longer.


A surprise contender for cooling computers: lasers

16 April, 2025 by Troy Rummler, Sandia National Laboratories

Laser cooling company Maxwell Labs has partnered with Sandia National Laboratories to develop laser-based photonic cooling for high-density data centre processors.


Terahertz wave control for enhanced wireless technology

27 March, 2025

Researchers have developed a new patterned spintronic emitter that enables room-temperature control of terahertz wave polarisation.


Upcycling battery waste and CO2 into fuel

14 March, 2025 by TU Wien

Researchers from TU Wien have produced a nanocatalyst based on spent batteries and aluminium foil residues, converting CO2 into methane.


Evaluating the commercial viability of sustainable perovskite LEDs

14 March, 2025 by Anders Törneholm, Linköping University

Researchers have discovered that perovskite LEDs have great long-term commercial potential, potentially replacing modern LEDs due to low cost and less environmental impact.


Manufacturable chipset developed for quantum computing

06 March, 2025

Twenty years since the first photonic qubit breakthroughs, PsiQuantum has unveiled mass-manufacturable chips for utility-scale, million-qubit quantum computers.


Wearable biosensors enable real-time health monitoring

25 February, 2025 by Kimm Fesenmaier, Caltech

Researchers have developed wearable sensors that can track health biomarkers non-invasively using inkjet-printed nanoparticles.


Proximity effect shows potential for more efficient electronics

12 February, 2025 by Matthew Carroll, Pennsylvania State University

Researchers have shown that a non-ferroelectric material can acquire ferroelectric properties through interfacing with a ferroelectric material, a phenomenon known as proximity-induced ferroelectricity.


Smarter quantum computers with dual-code error correction

05 February, 2025 by University of Innsbruck

Researchers have developed a method with which a quantum computer can switch back and forth between two correction codes and thus perform all computing operations protected against errors.


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