Explore the fascinating properties of Ca₀.₄K₀.₆(NO₃)₁.₄ (CKN), a glass-forming molten salt that reveals universal dynamic principles in both ion conductivity and liquid-glass relaxation.
Explore the revolutionary technology of single-molecule surface-enhanced Raman spectroscopy (SM-SERS) that enables detection of individual molecules with unprecedented sensitivity.
Discover how femtosecond lasers reveal the hidden optical properties of neurotransmitters like serotonin and melatonin, opening new frontiers in neuroscience research.
Discover how MXene aerogels are revolutionizing technology with their incredible strength, lightness, and multifunctional properties.
Explore the science behind sensitive scalp, its causes, symptoms, and management strategies based on recent dermatological research.
Discover how sulfide solid-state electrolytes are enabling safer, longer-lasting batteries through advanced scalable processing techniques.
Exploring how multifunctional organic fertilizers are revolutionizing sustainable farming practices in China by addressing soil degradation challenges.
Explore the fascinating world of molecular crystals, MOFs, and catalytic surfaces revolutionizing environmental cleanup and drug delivery through tailored molecular architectures.
Explore how chemical graph theory and topological indices help predict molecular heat of formation through mathematical modeling.
Explore the world of amino alcohols - versatile molecules with dual functional groups that are revolutionizing medicine, materials science, and sustainable chemistry.