These robots are small, shape-shifting, and they adapt to their surroundings
The Adaptive Robotics Lab at Colorado State University creates small, lightweight robots that can reconfigure themselves in response to a need.
The Adaptive Robotics Lab at Colorado State University creates small, lightweight robots that can reconfigure themselves in response to a need.
A study documenting the flooding of Lumberton is authored by scientists in the Center for Risk-Based Community Resilience Planning, a research center headquartered at CSU.
The Cthulhu Shield is a circuit board connected to a mouthpiece, outfitted with electrodes that send electrical impulses to the tongue.
Ryan Bailey is investigating the origination of buildup-inducing salt in irrigation water that leads to crop yield reduction.
While the Madden-Julian Oscillation’s precipitation variations are likely to increase in intensity under a warmer climate, wind variations are likely to increase at a slower rate, or even decrease.
They used a reliable tropical weather pattern called the Madden-Julian Oscillation, which can influence weather in distant parts of the Earth by sending out powerful atmospheric waves.
Their solution is a combination of creativity, chemistry and physics, along with Arun Kota’s extensive research in “superomniphobic” surfaces that repel many different kinds of liquids.
CSU researchers played a significant role in developing the technology, called Foresee.
A team of Colorado State University scientists led by Assistant Professor Emily Fischer spent the summer flying into wildfire smoke to analyze its composition in the largest, most comprehensive campaign of its kind to date.
Department of Atmospheric Science researchers set sail on U.S. research vessel the R/V Thomas G. Thompson in August and September to study precipitation in the tropical west Pacific.