Research Articles
The Invisible Velcro: How Computer Simulations Reveal Nature's Secrets for Stronger, Greener Materials
Exploring how molecular dynamics simulations reveal the secrets of clay-polysaccharide nanocomposites for sustainable materials
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
Lithium's Secret Symphony: How Ions Create Order in Chaotic Nanoparticles
Discover how lithium ions create localized pockets of order within amorphous TiO₂'s disordered lattice, enabling faster-charging, longer-lasting batteries.
Clouds Over the Lab: How Global Computing Power is Revolutionizing Chemistry
Exploring how quantum chemistry, molecular dynamics, and drug docking applications leverage the EGI distributed computing infrastructure to accelerate chemical discoveries.
The Molecular Bedsprings: Crafting Perfect Helical Peptide Arrays for Science's Toughest Challenges
Breakthrough technique using ion soft-landing enables ultra-pure helical peptide arrays that could revolutionize drug discovery and materials science.
The Silent Siege: How Fungal Parasites Rule Our Aquatic Worlds
Exploring how chytrid fungi shape aquatic ecosystems through their parasitic relationships with phytoplankton and impacts on food web dynamics.
The Goldilocks Effect: How Impurity Size Dictates Atomic Dance in Metals
Discover why medium-sized impurity atoms diffuse fastest in face-centered cubic metals, defying classical expectations in material science.
Beyond Pills: How Molecular Matchmaking is Solving Nature's Toughest Puzzles
Exploring how molecular docking is revolutionizing fields beyond drug discovery, from environmental cleanup to enzyme engineering and agriculture.
The Quantum Ripple: How Subatomic Jitters Shape Water's Hidden Dance
Exploring how quantum effects influence water's behavior through semiclassical physics and cutting-edge experiments.
Seeing the Invisible: How Light and Sound Reveal Nanomaterial Secrets
Exploring photothermal techniques like thermal lens spectrometry and photoacoustic spectrometry for nanomaterial characterization