Research Articles
Light Speak: How Scientists Decode the Secret Language of Molecules
Explore the fascinating world of molecular spectroscopy and how scientists use light to understand molecular interactions, with recent breakthroughs in nanocrystal research.
Capturing the Impossible: Femtochemistry and the Race to Film Molecules in Motion
Explore the revolutionary field of femtochemistry, where scientists capture molecular reactions in femtosecond timescales, revealing the hidden dynamics of chemical processes.
Seeing the Invisible: How Scientists Capture the Dance of Excited Molecules
Explore how advanced spectroscopy reveals the ultrafast dynamics of excited molecules and their role in chemistry, biology, and materials science.
The Bent and Battered World of Paracyclophanes: When Molecules Defy Convention
Explore the fascinating world of paracyclophanes - strained organic molecules with unique architectures and remarkable applications in science and technology.
The Hidden World Within: How Rigid Molecules and Silica Cages Are Shaping Our Future
Exploring how rigid organic molecules interact with porous silica frameworks to enable cleaner energy and more effective medicines.
Catching Light in Action: The Quantum Dance of Molecules
Discover how quantum computers are revolutionizing our understanding of ultrafast photochemical processes that occur in femtoseconds.
The Mirror World: How Ultrafast Science is Unlocking Chiral Molecules' Secrets
Explore how attosecond technology is revealing the femtosecond dynamics of chiral molecules and their implications for medicine, technology, and our understanding of life itself.
The Molecular Dance: Catching Chemistry in the Act
Explore how scientists capture the split-second steps of chemical reactions using advanced techniques like crossed molecular beams and femtosecond lasers.
Quantum Waves on a Molecular Scale: When Matter Acts Like Light
Exploring the groundbreaking matter-wave interferometry experiment with C₇₀ molecules that confirmed quantum behavior at larger scales.