In this blog post, we’ll walk through a recent and very interesting study about a special 2D material called Nb₂C MXene and how it can be used in two advanced optoelectronic applications: Narrow-band UV photodetectors,…
(read more)Producing hydrogen from water using light — known as photocatalytic water splitting — is one of the most promising routes toward clean and sustainable energy. Hydrogen produced in this way does not rely on fossil…
(read more)
Treating Bone Cancer and Repairing the Damage: Why This Study Matters Bone tumors, especially osteosarcoma, often affect children and adolescents and have a relatively poor long-term survival rate. The standard approach in the clinic is:…
(read more)In recent years, the demand for better energy storage has exploded. From electric vehicles to portable electronics and smart grids, we need devices that can charge fast, deliver high power, and last a long time.…
(read more)1. Why Do We Care About New Anode Materials? Modern technology relies heavily on rechargeable lithium-ion batteries: smartphones, laptops, electric cars, stationary storage and more. As devices get smaller and more powerful, the expectations for…
(read more)1. Why this study matters: MXenes move into “real” catalysis In heterogeneous catalysis, researchers are always hunting for new solid materials that can: drive reactions faster give better selectivity (fewer side products) work under milder…
(read more)