Research Articles
How Molecular Legos Are Building the Future: The Story of Polyoxometalate Self-Assembly
Explore the fascinating world of ligand-induced self-assembly of polyoxometalates and how these molecular LEGOs are revolutionizing material science.
Building with Atomic LEGO: The Rise of Laponite, CdSe, and Polyaniline Nanocomposites
Explore how directed self-assembly of laponite, CdSe quantum dots, and polyaniline creates revolutionary nanocomposites for advanced technologies.
The Invisible Blanket: Building the World's Thinnest Insulator, One Molecule at a Time
Discover how organoclay nanolaminates with ultralow thermal conductivity are revolutionizing energy efficiency through simple self-assembly techniques.
The MrgA Multimeric Complex: Nature's Tiny Factory for Building Nanomaterials
Explore the revolutionary MrgA protein complex and its potential for sustainable nanomaterial synthesis through biological self-assembly processes.
The Tiny Hairballs Revolutionizing Materials: Silica Hairy Nanoparticles
How silica hairy nanoparticles are transforming materials science through programmable self-assembly, creating smart and sustainable materials.
The Molecular Choreography: How Silica and Organic Chains Self-Assemble into Next-Gen Materials
Exploring the revolutionary field of ordered silica-organic hybrids where nature's self-assembly principles meet cutting-edge materials science.