electrons

Some Aeon group stores, including the Maibasu convenience store chain, are temporarily unable to process credit card and WAON electronic money payments, according to an Asahi Shimbun report carried by Gunosy. Shoppers in Japan are being alerted to the payment outage, which could affect everyday purchases at the affected locations.

Experimental electronic act Math Dealer has released a new track titled 'Pi', tagged as psychedelic, psytrance and experimental music. The release is being shared by Mathematician Records, a label apparently focused on mathematics-themed music. Reaction so far is limited, with only a small amount of early engagement as listeners in the psychedelic and electronic music communities discover the track.

Sber's subsidiary has been designated as the operator of the technological fee (technological sbor) in Russia. This means the company will administer the levy aimed at supporting domestic radio-electronics production. The appointment gives Sber's division a central role in collecting and managing the fee paid on electronics imports, a scheme that has drawn significant public and industry attention.

A creator tested out gadgets that are banned in schools, showing what the devices do and why they have been prohibited. The item is drawing attention as debates continue over phones and electronics in classrooms, with many schools tightening restrictions on devices students bring to class.

Attention is turning to how semiconductor chips are harvested, or recovered, from discarded electronics and scrap boards. The practice, sometimes called chip harvesting, involves extracting usable integrated circuits for reuse, resale, or precious-metal recovery. Industry watchers in the recycling and semiconductors space are discussing the methods involved and what the recovered components can be used for.

Synopsys and OpenAI have announced a deal to jointly develop an AI model for chip design work. Synopsys, a major provider of electronic design automation software, will work with OpenAI to apply advanced AI to the process of designing semiconductors. The news was picked up by Reuters and syndicated across multiple US outlets, with coverage focusing on what the partnership could mean for the semiconductor industry and AI's growing role in hardware engineering.

Ukraine's technological advantage on the battlefield is being tested by an adversary that adapts and learns from each engagement. Writing in AFCEA International's publication, analysts argue that Russia is rapidly adjusting to Ukrainian innovations in drones, electronic warfare and battlefield communications, eroding the edge Kyiv once held. The piece underscores that wartime tech superiority is temporary unless constantly renewed through faster iteration than the enemy.

Researchers describe a technique that uses three-dimensional structured light fields to steer and control electron behavior, a development in the field of physics with potential implications for ultrafast electronics and quantum technologies. The work demonstrates how shaping light in full three dimensions offers finer control over electron motion than conventional approaches.

Extreme ultraviolet (EUV) lithography technology is being highlighted for its ability to print microscopic patterns roughly fifty thousand times thinner than a human hair. The technique underpins the manufacturing of the most advanced semiconductor chips, using short-wavelength light to etch nanoscale circuit features onto silicon wafers. The scale of the precision involved is drawing attention to how far chipmaking capabilities have advanced and why EUV remains central to next-generation electronics production.

A new report says AI agents are changing how electronics design and engineering workflows are carried out, automating tasks that previously required manual effort. The piece outlines how agentic AI tools are being adopted across the electronics industry, from circuit design to testing. Engineers and industry watchers are debating how quickly these tools will move from experimentation into everyday practice.

Military space programs face growing tension between shrinking satellite size and the harsh physics of space. As spacecraft get smaller, engineers must balance radiation hardening, thermal management, power constraints and computing performance within far less volume and mass. Reports highlight how electronics choices — component selection, packaging and shielding — increasingly determine what smaller military satellites can do, driving tradeoff discussions across the defense space industry.

An image release describing an Attosecond Lab has circulated via science news outlets, putting a spotlight on laboratory research into attosecond-scale physics — the study of processes occurring on timescales of quintillionths of a second, such as electron motion in atoms. Little detail accompanies the item, and no specific institution, discovery, or researcher is named in connection with it.

Researchers have developed an optical, light-based artificial intelligence system that can identify deepfake images and videos with almost 98% accuracy. Unlike conventional electronic AI chips, the approach uses light to perform computations, which could make detection faster and far more energy-efficient. The work is drawing attention as deepfakes become increasingly realistic and harder to flag with existing software tools.

In Kumbakonam, Tamil Nadu, members of the Tamil Nadu Untouchability Eradication Front (Thavek) staged a protest against the conduct of e-voting at the local mutual cooperative finance institution. Demonstrators argue the electronic voting process is unfair, and their agitation has drawn attention to governance concerns at the cooperative body.

SpaceX's Starship has reached orbit, prompting investors and analysts to question what that means for smaller launch companies like Rocket Lab. With Starship designed to carry far heavier payloads at lower cost, some wonder whether Rocket Lab's Electron and Neutron rockets can compete for the same contracts. Others argue Rocket Lab's focus on small, dedicated launches keeps it in a distinct market niche.

The U.S. government is putting $29.5 million toward developing technology for critical minerals, materials seen as vital to clean energy, electronics, and national security. The funding aims to boost domestic capacity at a time when supply chains for minerals like lithium, cobalt, and rare earths remain heavily dependent on foreign sources, particularly China.

Turkish defense electronics company ASELSAN and Azerbaijan have broadened their defense cooperation at the ADEX 2026 exhibition in Baku. The expansion of the partnership signals deepening military-technology ties between Ankara and Baku, with ASELSAN presenting its systems to the Azerbaijani armed forces. Details of specific contracts have not been disclosed.

Tata Electronics issued INR612.8 billion in corporate guarantees for its subsidiaries in fiscal 2026, according to DigiTimes Asia. The guarantees came as the company scaled up iPhone assembly in India and pushed forward semiconductor fabrication projects, including its partnership efforts with Apple suppliers. The scale of the financial backing highlights how capital-intensive Tata's manufacturing expansion has become.

A single-board computer paired with a dedicated controller has been introduced for robotics applications, combining AI inference, computer vision, navigation, motion control and connectivity in one integrated platform. The announcement, covered by Electronics Weekly, targets developers of mobile and autonomous robots who would otherwise need multiple separate modules to achieve the same functionality.

New dance music sound patches are being released for Omnisphere 3, the widely used software synthesizer by Spectrasonics. The patch collection gives producers ready-made presets tailored to electronic and dance genres, expanding the synth's sound library shortly after the launch of Omnisphere 3.