Physicists from UC Irvine have found nanoscale electronic devices that can change shape and size in solid states. [ + ]

Researchers have shown the first physical evidence of meminductance in a two-terminal passive system comprising an electromagnet interacting with a pair of permanent magnets. [ + ]

Researchers have developed a new technique to detect and characterise molecules with greater precision that could lead to advances in environmental monitoring. [ + ]

A new study has revealed that slow lithium-ion transport within a composite cathode is the reason behind delayed charging and discharging for solid-state lithium-ion batteries. [ + ]

Melbourne-based company enyGy has developed graphene technology that allows ultracapacitors to achieve up to double the amount of energy density in the same size package. [ + ]

Researchers from UCLE have designed origami-inspired robots that are chip-free, lightweight and can perform dynamic movements due to the geometry of their folds. [ + ]

Researchers at Kyoto University have fabricated solar cells from silicon wafers under only ambient temperatures and pressure conditions. [ + ]

USC researchers have announced a "breakthrough" in memristive technology that could shrink edge computing for AI to smartphone-sized devices. [ + ]

Researchers have developed an active digital gate driver integrated circuit (IC) with a fully integrated automatic timing control function for single-chip integration and real-time control. [ + ]

MathWorks has joined the Universal Robots UR+ program to offer robotics engineers AI and autonomy capabilities in cobot programming. [ + ]

Fujitsu and Osaka University have developed a quantum computing architecture that could be a significant step forward in realising practical quantum computing. [ + ]

A team of researchers have developed a layering-charged polymer-based stable high capacity anode material that could extend electric vehicle driving ranges. [ + ]

Researchers have recommended that the solid-state battery manufacturing industry focus on isostatic pressing, which could make battery production easier and faster. [ + ]

An international team of researchers has developed a quantum material in which the fabric of space inhabited by electrons can be curved on demand. [ + ]

Researchers have created silicon photonic micro-electromechanical systems (MEMS) that can be fabricated using semiconductor manufacturing processes. [ + ]