Having spent the last eight months designing and building their own racecar, an interdisciplinary team of Brown undergraduates is about to put their 115-mph racer to the test.
A new set of experiments sheds light on how much heat is created when ice is deformed, which could help scientists understand the possibility of a subsurface ocean on one of Jupiter’s moons.
A new catalyst combining copper nanoparticles with a special type of graphene could lead to a greener way of producing ethylene, a key commodity chemical.
From preschoolers to professors, thousands of attendees are expected on Saturday to check out robotic technologies developed in the Ocean State and beyond.
New research shows why some large landslides travel greater distances across flat land than scientists would generally expect, sometimes putting towns and populations far from mountainsides at risk.
Brown University researchers have developed a method for making super-wrinkled and super-crumpled sheets of the nanomaterial graphene. The research shows that the topography can enhance some of graphene’s already interesting properties.
Brown University engineers have devised a way to focus terahertz radiation using an array of stacked metal plates, which may prove useful for terahertz imaging or in next-generation data networks.
Knowing how cells move through different tissues in the body could be useful in treating conditions from cancer to autoimmune disorders. A new technique developed by Brown researchers can track cell movement in complex environments that mimic actual body tissues.
