Research Articles
The Secret Clock in Your Cells: Unlocking the Mysteries of Circadian Rhythms
Discover how your body's internal 24-hour clock governs your energy, health, and well-being through the fascinating science of circadian rhythms.
The Molecular Architect: Building a Custom Cage for a Nickel Atom
Discover how chemists design and synthesize a tridentate SNS ligand to create a custom molecular cage for a nickel atom, unlocking potential for new materials and medicines.
Seeing the Invisible: A Laser Light Show Reveals Fossil Colors
How cutting-edge two-photon excitation fluorescence microspectroscopy is uncovering the true colors of prehistoric plants, one photon at a time.
The Secret Recipe for Super-Strong Glue: A Chemical Detective Story
Discover how scientists use infrared spectroscopy and liquid chromatography to characterize epoxy resin systems and create incredibly strong materials.
The Ghost Hunters: Chasing the Invisible Light of Dead Stars
How astronomers are using extreme ultraviolet light to solve the cosmic mystery of the 'coolest' stellar embers.
Unlocking the Secrets of Catalysts: The Molecular Dance of Turning Isobutane into Valuable Chemicals
Explore how cobalt, nickel, and manganese molybdates serve as catalysts for isobutane oxidative dehydrogenation in this engaging scientific article.
Crafting Molecular Master Keys: The Fight Against Superbugs Gets a New Weapon
How scientists are designing novel compounds in the lab to outsmart drug-resistant bacteria through molecular hybridization and computational docking.
Molecular Architects: Building Tin-Based Compounds to Fight Superbugs and Cancer
Discover how scientists design thiohydrazone complexes of organotin(IV) molecules to combat drug-resistant bacteria and cancer through advanced synthesis and analysis.
Beyond the Blueprint: Engineering the Molecules of Life to Fight Disease
Explore how scientists synthesize and characterize new uracil derivatives to create powerful medicines for fighting diseases like cancer and viral infections.
When Atoms Play Favorites: The Curious Case of Isotopic Preference in Water Nanoclusters
Exploring how iodide ions in water nanoclusters exhibit isotopic preferences at low temperatures, revealing quantum effects with environmental and materials science applications.