Research Articles
The Invisible Guardian: How Ionic Liquids Shield DNA in a Molecular Embrace
Discover how ionic liquids protect DNA through the groove binding mechanism, enabling long-term stability and preservation of genetic material.
The Invisible Layer: How Computer Simulations Decode Surface Secrets
Discover how computational chemistry and sum frequency generation spectroscopy reveal molecular secrets at liquid interfaces, with applications in green chemistry and materials design.
The Invisible Carpet: How Ionic Liquid Coatings Revolutionize Surface Science
Explore how ionic liquid wetting layers are transforming surface science and catalysis through nanoscale organization and molecular precision.
Digital Alchemists: Simulating the Next Generation of Green Solvents
Explore how molecular dynamics simulations are revolutionizing the design of tetra-butylphosphonium amino acid ionic liquids as sustainable green solvents.
Unveiling the Hidden Forces in Ionic Liquids: How Low-Frequency Spectroscopy Decodes Molecular Secrets
Explore how low-frequency spectroscopy reveals the interplay of Coulomb forces, hydrogen bonding, and dispersion forces in ionic liquids, enabling tailored materials for advanced applications.
The Hidden Dance of Water in Ionic Liquids: How Hydrogen and Deuterium Reveal a Secret World
Exploring how hydrogen and deuterium reveal water's hidden role in ionic liquids through isotopic effects and molecular dynamics