On-chip quantum memory enables longer photon storage times
New approach brings OLEDs to microchip scale
Wallpaper generates electricity from moisture in the air
Analog memory boosts computing efficiency
Novel semiconductor device enables low-voltage switching
On-chip quantum memory enables longer photon storage times
Researchers have developed a chip-based quantum memory for longer-term photon storage.
New approach brings OLEDs to microchip scale
A new approach uses photolithography to create densely packed OLED pixels, opening a path towards displays with microchip-scale feature sizes.
Wallpaper generates electricity from moisture in the air
Printable moist-electric generators embedded in wallpaper could harvest indoor humidity to provide power for sensors, wireless modules and smart-building systems.
Analog memory boosts computing efficiency
Researchers have developed a new computer memory technology, known as electro-thermo-chemical random-access memory (ETCRAM), that breaks away from standard binary computing...
Novel semiconductor device enables low-voltage switching
A gallium oxide-based semiconductor device has demonstrated 0.8 V switching, marking a step towards more energy-efficient chip technologies.
FAULHABER 22GPT LN and 32GPT LN low-noise gearheads
The 22GPT LN and 32GPT LN low-noise gearheads are suitable for demanding motion control...
HYDAC EVS 3108-H electronic flow rate transmitter
The HYDAC EVS 3108-H electronic flow rate transmitter is designed to measure hydraulic oil flow...
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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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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Comau and Omron Robotics to expand industrial automation solutions
The partnership will focus on high-growth sectors including electronics, semiconductors, medical...
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New approach brings OLEDs to microchip scale
A new approach uses photolithography to create densely packed OLED pixels, opening a path towards displays with microchip-scale feature sizes.
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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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