Research Articles
Oxide Perovskites: The Crystal Powering a Solar Revolution
Discover how oxide perovskites are revolutionizing solar energy with unprecedented efficiency, flexibility, and innovative applications in clean energy technology.
Sintering and Passivation: The Tiny Tweaks Supercharging Perovskite Solar Cells
Explore how sintering and passivation techniques are revolutionizing perovskite solar cell performance and stability through atomic-level engineering.
Glowing Revolution: How Hybrid Perovskites are Lighting Up Our Future
Discover how organic-inorganic hybrid perovskites are revolutionizing LED technology with unprecedented efficiency and color purity.
Fullerene Derivatives: The Secret Ingredient for Brighter Solar Cells
Discover how functionalized fullerenes are revolutionizing perovskite solar cells through chemometric approaches for enhanced efficiency and stability.
Shining Brighter: How Manganese Supercharges Next-Gen Lighting
Explore how mechanochemical synthesis and manganese doping are revolutionizing perovskite materials for high-performance, durable light-emitting applications.
The Single Crystal Revolution: How CH₃NH₃PbI₃ Perovskites are Powering Next-Gen Light Sensors
Discover how CH₃NH₃PbI₃ perovskite single crystals are revolutionizing photodetector technology with unprecedented sensitivity and efficiency.
The Invisible Glue: How Bonding Energy Holds the Key to Better Perovskite Solar Cells
Exploring how bonding energy analysis is unlocking the stability secrets of perovskite solar cells and evaluating meta-GGA functionals for bandgap prediction.