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- 1SKKU Develops Ultra-Low-Defect Thin Films for Solar Cells and LEDsโSKKU Develops Ultra-Low-Defect Semiconductor Thin Films through Eutectic Engineering, Enabling Both Solar Cells and LEDs | Newswise
Researchers at Sungkyunkwan University in South Korea have developed ultra-low-defect semiconductor thin films using eutectic engineering, a materials technique that reduces crystalline flaws. The advance is reported to allow the same film technology to be applied to both solar cells and light-emitting diodes, improving efficiency prospects in both energy conversion and display or lighting applications. Details of the research were published via Newswise.
- 2UC San Diego Launches AI Chip Design Initiative Backed by QualcommโผUC San Diego Launches AI-Driven Chip Design Research Initiative Supported By Qualcomm Technologies
UC San Diego has launched a new research initiative focused on AI-driven semiconductor chip design, with support from Qualcomm Technologies. The program aims to advance automated chip design methods, strengthening collaboration between academia and industry in the semiconductor sector. Details on funding size, staffing, and specific research goals have not yet been made public.
- 3Magnetic nanocomposites could shrink chip power componentsโผMagnetic nanocomposites could help shrink the components that power computer chips
Researchers report that magnetic nanocomposites could allow the inductive components that regulate power in computer chips to be made far smaller. Shrinking these parts has been a bottleneck as chips pack more circuitry into less space, and the new materials could support continued miniaturisation of electronics. Details of the work are being reported by science outlets covering semiconductors and materials research.
- 4Samsung's patient research investment yields AI chip startup successโSamsung's Patient Research Support Bears Fruit in AI Semiconductor Startup
Samsung's long-term support for fundamental research has paid off in the form of an AI semiconductor startup, according to Chosun Ilbo. The report highlights how the company's willingness to fund patient, exploratory work has produced results in a field where AI chip development is highly competitive. Observers see it as validation of Samsung's strategy of backing research that may take years to bear fruit.
- 5DGIST develops high-resolution ultrasound transducer for chip inspectionโผโA Screw Lens Is Used to Visually Inspect Micro-defects in Semiconductor Chips.โ DGIST Has Developed a High-Resolution Ultrasound Transducer.
Researchers at DGIST, a Korean science and technology institute, have developed a high-resolution ultrasound transducer that uses a screw-shaped lens to visually inspect micro-defects in semiconductor chips. The technology aims to detect tiny flaws in chips that conventional inspection methods can miss, supporting quality control in semiconductor manufacturing.
- 6RPI Expands Semiconductor Education Partnership with JapanโผFrom Troy to Japan: UPWARDS Expands Global Opportunities in Semiconductor Education
Rensselaer Polytechnic Institute in Troy, New York, announced the expansion of UPWARDS, a program connecting its students with Japanese universities for education and research opportunities in semiconductor technology. The initiative aims to prepare students for careers in the global chip industry, a sector of growing strategic importance to the United States and its allies.
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A new study published in Nature describes a quantum sensor built using standard CMOS technology, with the discovery described as serendipitous. The work suggests quantum sensing elements could be integrated into conventional semiconductor chips, potentially lowering the cost and barrier to deploying quantum sensors. Details of the team and application remain limited in available coverage.
- 8Once-Hot AI Stock Now Looks Deeply UndervaluedโผThis Once-Hot AI Stock Now Looks Deeply Undervalued
An investment research firm argues that a semiconductor stock that attracted heavy investor enthusiasm during the artificial intelligence boom now trades at levels it considers deeply undervalued. The analysis suggests the market has oversold the shares relative to the company's long-term prospects, though the specific company and valuation details were not disclosed in the available reporting.
- 9Eindhoven researchers challenge the rules of chip manufacturingโผBending the rules of chip manufacturing
Eindhoven University of Technology is highlighting work aimed at bending the rules of chip manufacturing, presenting new research into how semiconductor production methods might be pushed beyond current limits. As chips become central to global technology and supply chains, academic efforts to rethink fabrication processes are drawing attention across the industry and beyond.
- 10South Korea mulls linking chip subsidies to domestic supply chainsโA state-funded researcher proposed that South Korea should tie government support for new semiconductor fabs to commitme
A researcher at a state-funded institute in South Korea has proposed that government support for new semiconductor fabrication plants be tied to commitments that benefit domestic chip designers, equipment makers, and packaging suppliers. The proposal, reported by DigiTimes Asia, would condition state backing for new fabs on fab operators sourcing from and supporting the local semiconductor ecosystem rather than foreign suppliers.
- 11Zacks highlights QQQ, CoreWeave, SanDisk, Marvell, Arm and MicronโZacks Investment Ideas feature highlights: QQQ, CoreWeave, SanDisk, Marvell, Arm and Micron
Zacks Equity Research has published an investment ideas feature focusing on QQQ alongside semiconductor and data-infrastructure names CoreWeave, SanDisk, Marvell, Arm and Micron. The piece groups these stocks together, pointing to continued investor attention on chips, memory and AI-related computing infrastructure. The commentary is circulating through financial news channels tracked on Yahoo Finance.
- 12South Korea to double AI and chip spending next yearโผS Korea to double spending on AI, chips next year
South Korea plans to roughly double its government spending on artificial intelligence and semiconductor development next year, according to the Taipei Times. The move signals Seoul's intent to keep pace in the global race for AI and chip dominance, where it competes directly with the United States, China, Japan and Taiwan. Observers are watching how the budget will be allocated between research, infrastructure and support for domestic chipmakers.
- 13Laser technique slices large-area diamond substratesโผLaser slicing of large-area diamond substrates
Researchers report a laser-based method for slicing large-area diamond substrates, a step long sought by the electronics and optics communities. Diamonds are prized for heat dissipation and quantum applications, but cutting them without cracking has limited wafer sizes. The new approach promises cleaner separation of thin diamond slices, potentially easing production of diamond-based power devices and sensors. Details of the study were announced via a research news release.
- 14NVIDIA Faces New U.S. Chip Curbs on China SalesโKey facts: NVIDIA China Rule; Melius Cuts Target; U.S. Chip Curbs
New U.S. export restrictions are tightening NVIDIA's ability to sell advanced chips in China. Melius Research cut its price target on the company, reflecting concerns about lost revenue from the Chinese market. Investors are weighing how much of NVIDIA's data-center growth is at risk as Washington tightens semiconductor rules amid ongoing tech tensions with Beijing.