space Reporting from www.nasa.gov

NSTGRO 2026

New technologies promise improved docking, communications, and thermal control for cislunar operations.

NSTGRO 2026

Researchers are presenting advancements in several key areas vital to future space exploration during the NSTGRO 2026 conference. Cade Armstrong from the University of Texas at Austin is detailing the development of Polycatenated Architected Materials (PAMs) specifically designed for origami-inspired docking ports within space environments. Simultaneously, Laurel Barnett’s work at Harvard University focuses on Photonic SNPD Readout and Feed Forward Systems intended to enhance optical communication capabilities. Katie Barczak's research out of William Marsh Rice University centers around a compact magnetic heat switch engineered for thermal management across extended missions with low power availability. Omar Alyousef from the University of Memphis is exploring Intelligent Multi-Agent Constellations for Cooperative Cislunar Operations, representing a significant step toward autonomous systems in deep space.


Original reporting

Continue reading at www.nasa.gov

This PlaneNews briefing summarizes reporting originally published by www.nasa.gov.

Read the original article →