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aip.org > scilights > creating-a-miniature-cooler-for-small-electronics-in-confined-spaces

Creating a miniature cooler for small electronics in confined spaces

41+ min ago   (307+ words) AIP.ORG Creating a miniature cooler for small electronics in confined spaces lead image In smartphones, augmented reality glasses, and other technology with artificial intelligence features, the small distributed electronic components — including memory, hard drives, and optical communication modules — generate…...

AIP
aip.org > scilights > immersion-lithography-in-wafer-scanning

Immersion lithography in wafer scanning

3+ day, 20+ hour ago   (148+ words) lead image Bridging fundamental fluid dynamics and lithography engineering, Yuan et al. reviewed multiphase flow dynamics in wafer defect control, discussing different types of liquid interfacial phenomena. “We present a unified theoretical framework incorporating the diverse defect origins within the…...

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aip.org > scilights > nanopost-cavity-device-emits-high-quality-photons-on-demand-with-widely-tunable-bandwidth

Nanopost cavity device emits high-quality photons on demand with widely tunable bandwidth

1+ week, 46+ min ago   (18+ words) AIP.ORG © 2026 American Institute of Physics...

AIP
aip.org > scilights > silicon-carbide-transistor-opens-the-door-to-extreme-environment-electronics

Silicon carbide transistor opens the door to extreme-environment electronics

1+ week, 19+ hour ago   (111+ words) lead image “By placing the transistor’s gate below the channel, rather than above as in conventional designs, we absorb the distortion caused by ion channeling during implantation,” author Mitsuaki Kaneko said. The transistor’s ability to operate in conditions in which…...

AIP
aip.org > scilights > expanding-the-potential-of-metal-halides-for-deep-ultraviolet-photodetectors

Expanding the potential of metal halides for deep ultraviolet photodetectors

4+ week, 18+ hour ago   (97+ words) AIP.ORG “Our results show that low-dimensional inorganic copper halides can simultaneously deliver the key attributes required for practical DUV optoelectronic devices,” said author Wensi Cai. Finally, to study stability, the team performed imaging measurements, both after long durations and…...

AIP
aip.org > scilights > generating-and-shaping-terahertz-vortex-beams-on-a-single-chip

Generating and shaping terahertz vortex beams on a single chip

1+ mon, 2+ day ago   (109+ words) lead image “Until now, terahertz vortex beams have typically required multiple optical components and carefully aligned experimental setups,” said author Gangyi Xu. “Our work represents a step toward putting an entire terahertz optical system onto a semiconductor chip.” Next, the…...

AIP
aip.org > scilights > a-flexible-material-for-low-light-artificial-visual-perception

A flexible material for low-light artificial visual perception

1+ mon, 4+ day ago   (260+ words) lead image Memristors are a key component for developing flexible neuromorphic visual systems. Their ability to quickly tune their resistance based on optoelectronic inputs mimics biological signal weight adjustment, essential for artificial retina-like visual sensors. By creating a composite material…...

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aip.org > scilights > high-efficiency-and-output-power-achieved-in-terahertz-emitters

High efficiency and output power achieved in terahertz emitters

1+ mon, 3+ week ago   (296+ words) AIP.ORG High efficiency and output power achieved in terahertz emitters lead image In between microwaves and infrared light, there’s an underutilized gap in the electromagnetic spectrum. This terahertz gap has uses from communications to medical and scientific imaging, but…...

AIP
aip.org > scilights > toward-better-identifying-and-targeting-the-physical-properties-of-organic-semiconductors

Toward better identifying and targeting the physical properties of organic semiconductors

2+ mon, 1+ week ago   (293+ words) lead image Since the first organic field-effect transistor was demonstrated in 1986, research in organic electronics has been dominated by the idea that the physics characterizing organic semiconductors is the same as that governing their inorganic counterparts. But many mechanisms behind…...

AIP
aip.org > scilights > connecting-microwave-photonic-mimo-radar-research-across-fields

Connecting microwave photonic MIMO radar research across fields

2+ mon, 1+ week ago   (49+ words) AIP.ORG For future research related to this technique, the authors identified unresolved challenges, such as real-time processing, as well as future development directions, including improving efficiency, realizing artificial intelligence-assisted processing, reducing system size, and developing stealth-target detection....