NSTGRO 2026

NSTGRO 2026 explores innovative technologies for future space exploration and operations. The University of Memphis presents PAMs for origami-inspired space docking ports, while the University of Texas at Austin focuses on intelligent multi-agent constellations for cooperative cislunar operations. Harvard University develops a photonic SNSPD readout system for improved optical communication. Rice University works on a compact magnetic heat switch for thermal management in low power missions.

Colorado School of Mines aims to standardize regolith terramechanics properties, while Yale University studies RF hydrogen plasma for ion-assisted metal processing of lunar regolith. University of Illinois at Urbana-Champaign investigates plume-surface interaction experiments and adaptive wire-bent compliant attachment aids for small satellite docking. Rice University also models solid-state batteries and electrochemical cells for low-temperature applications.

Michigan Technological University proposes a liquid droplet radiator, while Texas A&M University focuses on cavitation in rocket engine turbopump inducers. Massachusetts Institute of Technology develops a new model for cavitation, and Caltech integrates optoelectronically mode-locked lasers for space applications. Lastly, Michigan Technological University explores radiative passive processing technology for offworld resource separation.