Redefinition will remove a nagging uncertainty in the official kilogram’s mass

Multifunctional lens could replace bulky, expensive machines

New research findings will help mitigate effects of extreme space weather

Approach tackles most commonly used synthetic plastic

Scientists don’t yet fully understand how the structure of glass affects its properties such as density, crack resistance, and melting temperatures. This knowledge gap hinders progress in developing new products, such as lighter windows for more fuel-efficient cars

New analysis approach brings two unique atomic structures into focus

Group has developed a biological method of producing quantum dots which is cheaper and more environmentally friendly than current methods

The Maillard reaction is responsible for the mouthwatering smells and rich tastes from cooking raw food.  By delving into how this process works, Reactions helps you get the most deliciousness out of your cooking

Novel technology could boost the output power of the electron beam and enable long-range communications or remote sensing for a fraction of the current energy costs

Method nets SDSU scientists an International Cereal Chemists research award

UT Dallas team breathes new life into possibilities by using CMOS integrated circuits technology

"This is the first efficient inorganic nanocrystal solid-state solar cell material that simultaneously meets demands for non-toxicity, abundance, and low-temperature solution processing"