Global Intelligence Database
Researchers have synthesised a dual-function material capable of serving as both anode and cathode in lithium-ion batteries. The compound demonstrates robust stability and capacity retention, suggesting a path toward simplified, symmetric energy storage systems.
By Deng, Zhang, Zhang
Researchers have developed a highly precise method to synthesise stable, tube-like molecules with exact left- or right-handed orientations. This laboratory-scale breakthrough provides a reliable foundation, enabling future advancements in host-guest chemistry and smart materials.
By Qi, Cui, Li, Cheng, Hui
A new perspective paper argues that 2D screens are holding back chemical research, proposing a shift to immersive 'Molecular Holodecks' where scientists can physically manipulate atomic structures. This evolution from passive viewing to active, haptic interaction aims to align scientific tools with human spatial cognition.
By Mulholland, Abriata
Researchers have identified key anchoring groups for self-assembled molecules (SAMs) and studied their effects on inverted perovskite solar cells. By understanding how these groups influence properties like adsorption, thermal stability, and work function, this work highlights a promising route to designing more efficient and durable solar energy technologies.
By Liu, Jiao, Li, Hua, Yi
A comprehensive meta-analysis confirms that fillings capable of chemically interacting with teeth significantly out-perform standard passive materials. By actively releasing minerals, these materials reduce the risk of recurring decay by nearly half.
By Zailai, Mubarki, Alobaidan, Alenazi, Humedi, Alshahrani, Alfattah, Baobied, Alenizi, Eishan, Najmi, Akkam, Alfaify, Sowaidi, Wasli