Research Articles
The Secret Ingredient for Safer Batteries: PVP-Based Polymer Electrolytes
Discover how Polyvinylpyrrolidone (PVP) is revolutionizing solid-state battery technology with enhanced safety, higher energy density, and longer lifespan.
The Quest for the Perfect Blend: Charting the Map of Molten Salts
Explore the fascinating world of phase equilibria in the KCl-KBO₂-K₂CO₃-K₂MoO₄ system and its applications in molten salt reactors and energy storage.
Unveiling Ryugu's Secrets: The Thermal Infrared Imager on Hayabusa2
Explore how the Thermal Infrared Imager on Hayabusa2 revealed the porous nature of asteroid Ryugu through heat vision technology.
The Sniffer Crystal: How a Colorful Film is Teaching Machines to Smell
Explore how Phthalocyanine films interact with gases at the molecular level, enabling advanced gas sensing technology for environmental monitoring and medical diagnostics.
The Crystal Race: How High-Speed Science is Building the Future
Explore how High-Throughput Screening revolutionizes material science by accelerating crystal discovery for pharmaceuticals, energy, and electronics.
Cosmic Kitchen: Cooking Up Complex Molecules in an Infrared Dark Cloud
Discover how the IRDC clump G34.43+00.24 MM3 reveals the formation of complex organic molecules and deuterated species in cosmic star-forming regions.
Slicing the Invisible: How Scientists Peek Inside Super-Thin Solar Sponges
Explore how scientists use microtomy to analyze heat-treated electro-spun TiO2 fibers for next-generation solar technology.
The Silent Power: How Electrochemistry Shapes Our World
Explore the fascinating world of electrochemistry - from Volta's first battery to modern applications that power our daily lives.
The Crystal Code: How Atomic Architecture Powers Our World
Discover how atomic lattices determine the electrical properties of materials and power our modern technology.
From Foggy to Clear: How Heat Transforms a Mysterious Semiconductor
Discover how annealing temperature transforms amorphous InAs thin films from poor conductors to highly efficient semiconductors through atomic rearrangement.