Explore how cutting-edge electron microscopy techniques are unlocking the secrets of nanostructured heterogeneous catalysts at the atomic scale.
Exploring the revolutionary approach of nanostructured single-site catalysts where every active atom contributes to sustainable chemical processes.
Explore the fascinating world of bottom-up assembled bionanocomposites, from fundamental principles to groundbreaking experiments and applications in sustainable technology.
Exploring how advanced surface science techniques are revolutionizing our understanding of atomic-scale interfaces in materials science, energy, and medicine.
Explore how minimalistic peptide supramolecular co-assembly is revolutionizing nanotechnology, medicine, and materials science through nature-inspired self-assembly.
Explore the emerging field of biogenic plant-mediated iron and iron oxide nanoparticles and their revolutionary applications in sustainable nanotechnology.
Explore how carbon allotropes in modified organized systems are enabling revolutionary quantum technologies through electron shuttle, FRET, MEF, and quantum biology coupling.
Discover how scientists created a quasi-permanent electric field in transition metal oxides through electrochemical amorphization, opening new possibilities for electronic devices.
Explore how sodium silicate aerogels are created and their remarkable applications in insulation, environmental cleanup, and space technology.
Discover how hollow structured nanoreactors are transforming chemical processes through biomimicry and nanotechnology.