Explore how phthiocol from tuberculosis bacteria transforms into glowing, magnetic materials through chemistry experiments.
Exploring the critical roles of boron and sulphur in mustard and sunflower nutrition, their synergistic effects, and optimal application methods for maximum yield and oil quality.
Explore how hybrid organic-silica monolithic columns are revolutionizing capillary-scale separations in chromatography with enhanced precision and efficiency.
Discover how lithium-organic primary batteries combine sustainable chemistry with high performance, offering solutions for medical, military, and environmental applications.
Quantum mechanical analysis of bonding energies in metal-halide perovskites and evaluation of meta-GGA functionals for solar cell applications
Exploring the luminescent properties of samarium complexes with 3-methylbenzoic acid through advanced spectroscopy techniques.
Exploring the science behind waterborne polyurethane/silica hybrids and their revolutionary applications in coatings and materials science.
Exploring how quantum mechanics influences biological processes like photosynthesis, with experimental evidence and future implications.
Exploring how chitosan-cobalt hybrids revolutionize chemical manufacturing through sustainable catalysis and quantum chemistry
Exploring the sustainable manufacturing of TiO₂ nanoparticles through Solution Combustion Synthesis and its environmental benefits compared to conventional methods.