Explore how spectroscopic ellipsometry and the Grating Division-of-Amplitude Photopolarimeter (G-DOAP) reveal nanoscale material properties through light polarization analysis.
Explore how scientists are supercharging common antibiotics by combining them with metals to create innovative sulfa-drug complexes with enhanced antibacterial properties, environmental applications, and potential cancer treatments.
Exploring the fusion of polyurethane and multi-walled carbon nanotubes creating bendable electronics, intelligent coatings, and smarter materials.
Discover the chemical marvels of Curculigo breviscapa, including two novel norlignan compounds with potential neuroprotective and therapeutic applications.
Exploring how underutilized carrageenophytes from red seaweeds could provide superior materials for food, pharmaceuticals, and biotechnology industries.
Explore how GIPSY 3D and the Virtual Observatory are transforming astronomical research through 3D datacubes, visualization tools, and collaborative data analysis.
Explore how water facilitates keto-enol tautomerism in cyclohexanone and its implications for atmospheric chemistry through microwave spectroscopy and computational studies.
Explore how vibrational spectroscopic imaging is revolutionizing biology and medicine by revealing the chemical composition of living systems without labels or dyes.
Explore how vibrational spectroscopy combined with multivariate analysis is transforming medical diagnostics through molecular fingerprinting technology.
Explore the complex molecular structure of nosiheptide, a powerful thiopeptide antibiotic with unique polythiazole architecture and potent antibacterial properties.