Computational framework models semiconductor defects
A new computational framework tracks semiconductor defects across temperatures, refining models for solar cells, sensors and emerging quantum technology design.
Multiferroics could enable low-power microchips
Ultra-thin multiferroic films could enable more energy-efficient AI microchips by preserving key electrical and magnetic properties for low-power computing use.
Micro-LED lights the way to faster, greener data centres
A 2.75 GHz micro-LED could offer data centres a more energy-efficient way to move information between computing systems.
Smart textile sleeve integrates display, touch and sensors
A textile-based touchscreen has brought display and touch functions to clothing through microchip-integrated fibres, advancing the development of flexible wearable...
New insights into hybrid LED efficiency
Researchers have linked solution-phase chemistry to perovskite LED performance, using controlled reaction pathways to increase peak quantum efficiency.
HYDAC EVS 3108-H electronic flow rate transmitter
The HYDAC EVS 3108-H electronic flow rate transmitter is designed to measure hydraulic oil flow...
Acromag BusWorks NT2210 Ethernet analog I/O module
The Acromag NT2210 Ethernet analog I/O module can be used to collect measurements from...
Avoiding EMC issues: simple tests you can do yourself
This is a brief overview of EMC compliance with some practical tips on not getting caught out.
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$5 million to strengthen Australian chip design capability
Macquarie University has secured $5 million to establish an Australian Research Council (ARC)...
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Electronex 2027 brings electronics industry to Melbourne
Electronex 2027 will connect electronics professionals, manufacturers and suppliers in Melbourne,...
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Global semiconductor market to reach $1.6 trillion in 2026
AI infrastructure and surging memory demand are driving a semiconductor boom, with global revenue...
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Micro-LED lights the way to faster, greener data centres
A 2.75 GHz micro-LED could offer data centres a more energy-efficient way to move information between computing systems.
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Plasma beam antenna transmits radio waves with lasers
A new plasma beam antenna uses laser-generated plasma to transmit radio waves, potentially...
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Nanoscale polar whirlpools emerge in atom-thin semiconductors
Tiny polar whirlpools found in atom-thin tungsten diselenide could enable new approaches to...
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Magnetoelectric material could enable lower-power memory
A new magnetoelectric material could enable lower-power computer memory by allowing magnetic...
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Wireless innovation transmits vast amounts of data
Researchers have developed a machine-learning system that curves ultrahigh-frequency signals around obstacles, solving a barrier to sub-terahertz...
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Wearable glove turns data into thermal sensations
A new wearable glove converts digital information into thermal sensations, allowing users to feel...
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Layered semiconductor shows potential for memory storage
Researchers have discovered that a unique semiconductor undergoes notable structural changes...
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Research breakthrough in data centre interconnects
Researchers have combined nonlinear predistortion and digital resolution enhancement to overcome...
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