Researchers have successfully enhanced spin wave transfer efficiency for heatless information transmission. [ + ]

Researchers have achieved significant bandwidth in frequency conversion, paving the way for more efficient quantum information transfer and integrated photonic systems. [ + ]

Researchers have found a way to increase the number of molecules that adhere to the surface of small nanocrystals; this new method could lead to advancements such as brighter TV screens and more efficient solar panels. [ + ]

Researchers from NTU Singapore have used very thin materials to produce entangled pairs of photons that can be used as quantum bits for computing. [ + ]

Researchers have captured atomic-level observations of grain rotation in polycrystalline materials; their research findings could help develop more efficient electronics. [ + ]

Researchers have demonstrated a total output power of 8 W from a high-power mid-infrared cadmium silicon diphosphide optical parametric oscillator. [ + ]

The Hong Kong University of Science and Technology has launched an immersion cooling system to enhance the capacity of high-performance computing devices while reducing energy consumption. [ + ]

Researchers have demonstrated the quantum entanglement of two electrons, each bound to a different atom of phosphorus, placed inside a silicon quantum computer chip. [ + ]

Using a specialised electron microscope designed for delicate materials, materials scientists are exploring the microstructure of promising soft semiconductors that could lead to new-generation electronics. [ + ]

Cornell researchers have developed a dual-sided chip known as a "dualtronic" chip that integrates both photonic and electronic functionalities. [ + ]

Researchers have developed a new fluorine-free electrolyte and binder to enhance high-performance and eco-friendly battery technology. [ + ]

Researchers have developed a method for recycling metals from electronic waste, or e-waste, that enhances the efficiency of metal recovery. [ + ]

Researchers have synthesised 4- and 5-layered versions of perovskite, discovering that the material switches its ferroelectric mechanism based on whether the layers are odd or even. [ + ]

Thinner than a human hair, the device amplifies and converts near-infrared light into visible light with the potential for low power consumption and long battery life. [ + ]

As demand for lithium-ion batteries depletes reserves of raw materials, experts are seeking safer and more reliable alternatives for rechargeable batteries. [ + ]