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Project Description Very Low Frequency (VLF) radio waves can be used to understand the Earth’s ionosphere, a region of energetic charged particles and plasma that forms the boundary between the atmosphere and space proper. Our lab is completing the redesign of our VLF receivers in order to deploy an Array...

Project Description UV light is an exciting alternative to chlorine for disinfection of water. This research will use ultraviolet (UV) light technology for disinfection purposes, particularly for control of microbial growth and biofilm development in water distribution systems. The impact of UV light on microorganisms will be studied through microbiological...

Project Description Thermal bubble-based micro-pumps are an upcoming microfluidic pump technology that are scalable, fully integrated, and have no moving parts. These pumps consist of a thin film resistor which superheats liquid to near its critical temperature (330 °C in the case of water) in less than 10 µs which...

Project Description In this project, the student will participate in the use of machine learning models to predict solar magnetic eruptions (more colloquially known as "solar flares"). Solar flares and associated coronal mass ejections (CMEs) are the main drivers of Earth-impacting space weather events, including ionospheric disturbances, geomagnetic storms, and...

Project Description The Building Legacy in Engineering research project will take an inter-institution approach to create an authentic and scalable inquiry-based, active learning environment focused on sustainable civic innovation. This project is designed to document and validate the approach to be replicated by other university partnerships to strengthen communities. The...

Project Description Lightning, an energetic phenomena in our atmosphere, has far reaching effects in space. When lightning strikes, it releases an electromagnetic (EM) pulse that injects energy into the Earth’s magnetosphere. Many spacecraft like the Van Allen Probes measure these EM waves, called lightning generated whistlers (LGWs) due to the...

Project Description Western honey bee behavior and communication has been a subject of study for hundreds of years, yet much remains unknown about how they coordinate with each other to succeed as a colony without a central leader. In the Peleg lab, we investigate how they accomplish tasks such as...

Project Description The Vance Lab at the Â鶹ӰԺ specializes in indoor and outdoor air quality investigations, with a special focus on aerosols or particulate matter (PM). PM can range from a few nanometers to micrometers in size and can be generated from a variety of sources, from...

Project Description Terrestrial aircraft and helicopter pilots often experience large sustained vehicle motions, but they also must reliably perceive potentially very small motions. For example, when hovering a helicopter they must perceived slight translations left/right or forward/backward. Here, we aim to quantify human perceptual thresholds (i.e., how small of a...

Project Description Software Defined Radios are an ever increasing popular topic. The advent of low cost USB radio dongles such as the USRP and BladeRF as well as tools such as GNU radio have allowed for radio development to move into the software domain. GPS is a satellite-based navigation system...