Researchers have developed a wireless device that can control and make magnetism appear in non-magnetic materials. [ + ]

Researchers from the University of Adelaide have used AI technology to power NOBURN, a mobile phone app that can help predict and prevent bushfires. [ + ]

The University of Queensland has launched a superconducting quantum technology company to build technology that is 1000 times smaller than what is currently available. [ + ]

A totally edible and rechargeable battery developed by the Italian Institute of Technology has been nominated on TIME's 2023 list of Best Innovations. [ + ]

Researchers have developed a high-resolution single-photon superconducting camera that contains 400,000 pixels; it could advance everything from biomedical imaging to astronomical observations. [ + ]

Researchers have developed a sinter-free method for the efficient, low-temperature synthesis of a liquid ceramic that could be suitable for a new generation of solid-state batteries. [ + ]

A six-year satellite mission has proven the viability of lightweight solar panels that can generate energy from solar farms in space. [ + ]

Researchers from Tohoku University have outlined improvements to radio-frequency reflectometry to achieve a high-speed readout technique using graphene. [ + ]

Researchers have made a significant advancement in perovskite solar cell technology that could have far-reaching implications for renewable energy. [ + ]

Researchers have proposed a novel approach that utilises deep learning to generate three-dimensional holograms from coloured two-dimensional images. [ + ]

Researchers have developed an environmentally friendly recycling method that can recover 100% of aluminium and 98% of lithium used in electric vehicle batteries. [ + ]

Researchers have achieved a significant development in miniaturised free-space optical communication, with a promising solution for high-speed wireless communication anywhere. [ + ]

Researchers in Japan have managed to manipulate light as though it was being influenced by gravity, by carefully distorting a photonic crystal. [ + ]

Researchers have created an optical chip that is based on a quadrilateral Mach–Zehnder interferometer network and is easy to reconfigure for various functions. [ + ]

Researchers have created a superconducting niobium waveguide that can accelerate the transmission of Beyond 5G/6G signals. [ + ]