Research Articles
The Perfect Handshake: Crafting Nature's Favorite Molecules with a New Chemical Guide
Discover how a new chiral catalyst called Cytrap is revolutionizing asymmetric synthesis, enabling precise creation of single-enantiomer molecules for pharmaceuticals and materials science.
Carbon Dots: The Tiny Lights Set to Revolutionize Our Future
Explore the revolutionary potential of carbon dots - nanoscale carbon materials with unique optical properties for imaging, sensing, and energy applications.
The Materials Revolution: How Cornell is Building the Fuel Cell of the Future
Explore how Cornell's Fuel Cell Institute is pioneering materials science to create the next generation of efficient, affordable fuel cells for clean energy.
Atomic Aerogels: The Microscopic Marvels Revolutionizing Technology
Explore the revolutionary world of atomic aerogels - the lightest solids on Earth that combine ethereal architecture with single-atom efficiency to transform technology.
The Green Molecule Maker: How a Simple Salt is Revolutionizing Drug Discovery
Discover how proline lithium salt catalyzes asymmetric Michael reactions for sustainable pharmaceutical synthesis
The Nano-Seeding Revolution: Building Perfect Carbon Nanotube Wafers for Tomorrow's Electronics
Discover how nano-seeding catalysts enable high-density arrays of horizontally aligned carbon nanotubes with wafer-scale uniformity for next-generation electronics.
The Hidden World of Zeolite Nanosheets: How Atomic Weaving Creates Ultra-Selective Membranes
Discover how atomic-level engineering of zeolite nanosheets with unexpected intergrowth structures is revolutionizing molecular separation technology.
The Innovation Paradox: Unlocking Investment in the Future of Farming
Exploring the barriers to agricultural innovation and investment, with data-driven insights on technology adoption, global readiness gaps, and solutions for sustainable farming.
Cleaning Our Air with Clay: How Montmorillonite Supercharges Photocatalysts for Nitrogen Oxide Decomposition
Discover how combining montmorillonite clay with SnO₂/TiO₂ photocatalysts creates a powerful, cost-effective solution for nitrogen oxide decomposition and air purification.
The Invisible Lab: How Computational Fluid Dynamics is Revolutionizing Catalytic Reactors
Explore how Computational Fluid Dynamics is transforming catalytic reactor design through digital simulations, enabling cleaner and more efficient chemical processes.