semiconductor research

Tokyo Electron is in focus on the Tokyo market after being named among the day's featured stocks by Fisco, a Japanese market research firm, alongside Avio. Investors are watching the semiconductor equipment maker's share price as analysts highlight it among notable names for the session.

The United States has formally designated helium as a critical material, adding the gas to the list of resources deemed essential to national security and the economy. Helium is vital for semiconductors, MRI scanners, scientific research and aerospace, yet supply has been tight since the US federal reserve was sold off. The move could unlock funding and policy support for domestic production and recycling.

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.

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.

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.

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.

Researchers at DGIST in South Korea have developed a high-resolution ultrasound transducer that uses a screw-shaped lens to visually inspect micro-defects in semiconductor chips. The technology is aimed at improving quality control in chip manufacturing by detecting tiny flaws that conventional inspection methods may miss. Details on performance figures and commercialisation plans were not provided in the initial reports.

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.

The head of Samsung has travelled to Japan to visit one of the company's global research and development centres, with the trip focused on strengthening Samsung's work in AI chips. The visit underscores the company's push to advance its semiconductor capabilities amid intensifying global competition in artificial intelligence hardware.

Samsung is working more closely with Japanese companies on semiconductor research and development at its hub in Yokohama, according to the Asahi Shimbun. The cooperation signals warming tech ties between South Korea and Japan at a time when both governments and industries are pushing to strengthen domestic chip supply chains amid global competition in advanced semiconductors.

A European Commission study has outlined the digital technologies Europe should prioritise in its next research programme after 2027. The report identifies artificial intelligence, photonics, semiconductors, cybersecurity and energy efficiency as key areas for EU backing, signalling where future funding and industrial policy may be directed to strengthen Europe's technological independence.

Taiwan's Academia Sinica has announced an upcoming talk titled 'One Technology to Power Them All: Monolithic 3D for AI, Photonics, XR, and Sensing'. The event highlights monolithic 3D integration as a single technology platform with applications spanning artificial intelligence, photonics, extended reality and sensing. It draws attention to ongoing research into stacking semiconductor layers directly on one chip for next-generation computing.

The 2026 IEEE/JSAP Symposium on VLSI Technology & Circuits has been announced. The annual symposium, jointly organised by the Institute of Electrical and Electronics Engineers and the Japan Society of Applied Physics, is a leading venue for research on semiconductor technology and chip circuit design, drawing presentations from major foundries, device makers and academic groups worldwide. Attention is on what advances the 2026 edition will showcase.

Indonesia's Minister of Higher Education, Science and Technology, Brian Yuliarto, is urging universities to take part in the Red and White (Merah Putih) chip project, the country's push to develop domestic semiconductor capabilities. He said campuses should be directly involved in research and development for the initiative, linking higher education to the national effort to build an Indonesian chip industry.

Trump's push to bring semiconductor manufacturing back to the United States is running into a workforce problem. Philip Wong says only about 17% of doctoral students enter manufacturing, suggesting most chip research talent is heading elsewhere. The comment highlights a shortage of skilled workers that could slow efforts to expand American chip production.

Jim Cramer has said he likes Lam Research, the semiconductor equipment maker, but recommends investors buy only 25% of their intended position. His cautious sizing suggests enthusiasm about the stock tempered by concerns about market conditions or timing, prompting debate among retail investors about whether to follow his scaled entry approach.

Samsung executive chairman Lee Jae-yong visited a research lab in Japan as the company works to advance its advanced chip packaging technology, a key capability for producing semiconductors used in artificial intelligence. The visit underscores Samsung's push to strengthen its position in the AI chip supply chain amid intense competition with rivals in memory and packaging technology.

Québec is positioning itself as a hub for AI, semiconductor, and quantum technology, leveraging its abundant low-cost hydropower to attract energy-intensive chip fabrication and computing facilities. The province's strategy pairs clean electricity with research investment to build a domestic technology ecosystem. Industry observers are weighing whether cheap, green energy can give Québec an edge in the global race for advanced chips and quantum hardware.

Researchers report a machine learning approach that mirrors finite element physics simulations to predict photoionization in quantum dot rings. The method reportedly reproduces results of traditional numerical modelling of these semiconductor nanostructures, potentially speeding up calculations of electron behaviour in ring-shaped quantum dots. Details of the study, the team behind it and its validation remain limited, and the wider scientific response is not yet clear.

US semiconductor manufacturer SkyWater Technology has introduced its OnRamp foundry program and detailed its SP90 200 mm silicon nitride platform aimed at quantum photonics production. The offering is intended to help researchers and companies move photonic quantum designs into manufacturing. Industry coverage is focused on what the platform means for scaling quantum computing hardware.

Attention is on Lam Research and whether investors have priced the semiconductor equipment maker's shares accurately. The question of whether the market has correctly valued the stock is circulating among finance readers, amid ongoing interest in chip-sector valuations and outlook.

Researchers are reported to be making progress in integrating lead-based optoelectronic devices directly onto silicon chips, a step toward monolithic integration that would combine light-based components with conventional electronics on a single platform. The advance could matter for semiconductors, where combining optical and electronic functions on one chip is a long-sought engineering goal, though details of the work remain limited.

Researchers have developed a faster method for testing how well microchips survive radiation exposure in space, according to a report by Interesting Engineering. The work aims to help protect satellite electronics from cosmic rays and other radiation that can disrupt or damage semiconductors in orbit, where repairs are impossible and satellites are becoming increasingly central to communications, navigation and defence systems.

The United States government has formally designated helium as a critical material. Helium is essential for semiconductor manufacturing, medical imaging, aerospace, and scientific research, and supply has been strained in recent years. The designation could mean prioritised domestic production, stockpiling, and permitting support. Observers are weighing what the move means for industrial supply chains and long-term availability.