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PI Shigeo Hayashibara

PI Curtis James

CO-I Ronny Schroeder

CONVECT is a major meteorological field research project being proposed for June-August 2027 in north-central Arizona. The project is aimed at improving our understanding and ability to predict the convective development, propagation and intensification of thunderstorms during the North American Monsoon (NAM).

PI Romeo Thomas

Specific interests include topological entropy and shadowing properties. My field of interest is “Smooth Dynamical Systems” (Phenomenon that changes with time). In order to study the “Dynamical Systems” we need to study the "Topological Entropy" and "Shadowing Properties". 

PI Andri Gretarsson

PI Darrel Smith

PI Andri Gretarsson

PI Mark Sinclair

PI Quentin Bailey

CO-I Andri Gretarsson

CO-I Brennan Hughey

CO-I Michele Zanolin

CO-I Preston Jones

Einstein’s theory of General Relativity offers a remarkable description of gravity as curved space and time. Many of the consequences of this theory have been confirmed, and some are used daily, such as the gravitational redshift effect on GPS satellite atomic clocks. In 2015, the first observation of a gravitational wave from two inspiraling black holes occurred using the gravitational wave observatories as part of the worldwide LIGO-VIRGO collaboration. This discovery won the Nobel prize, and the observations of these events have continued, including a multi-messenger event of two colliding neutron stars.

PI Quentin Bailey

CO-I Andri Gretarsson

CO-I Michele Zanolin

CO-I Brennan Hughey

To date, Einstein's General Theory of Relativity is the best current fundamental theory of gravity. This fascinating theory describes gravity as the curvature of space and time itself. As esoteric as it sounds, results from Einstein's theory are put to use every day in high-precision Global Positioning System (GPS) navigation.

PI Samuel Siewert

CO-I Iacopo Gentilini

CO-I Mehran Andalibi

CO-I Stephen Bruder

Drone Net is a conceptual architecture to integrate passive sensor nodes in a local sensor network along with traditional active sensing methods for small Unmanned Aerial Systems traffic management. The goal of the proposed research architecture is to evaluate use of multiple passive sensor nodes integrating Electro-Optical/Infrared and acoustic arrays networked around a UAS Traffic Management operating region (Class G uncontrolled airspace). The Drone Net approach will be compared to and/or used in addition to RADAR and Automatic Dependent Surveillance-Broadcast tracking and identification.  We hypothesize that this approach can better manage non-compliant small UAS along with compliant UAS and general aviation in sensitive airspace, urban locations, and geo-fenced regions. 

PI Dorothea Ivanova

PI Thomas Foley

CO-I Reginald Parker

CO-I Michele Gazica

CO-I Brooke Shannon

CO-I Erin Bowen

CO-I Muna Slewa

CO-I Michael Brady

CO-I Richard Rodriguez

CO-I Perry Feder