{"id":282981,"date":"2025-09-12T22:28:11","date_gmt":"2025-09-12T12:28:11","guid":{"rendered":"https:\/\/www.nasa.gov\/?p=912301"},"modified":"2025-09-12T22:28:11","modified_gmt":"2025-09-12T12:28:11","slug":"nstgro-2025","status":"publish","type":"post","link":"https:\/\/www.vibewire.com.au\/?p=282981","title":{"rendered":"NSTGRO 2025"},"content":{"rendered":"

NSTGRO Homepage<\/a><\/p>\n

Andrew Arends<\/strong>
University of California, Davis<\/em>
Astronaut-Powered Laundry Machine<\/p>\n

Allan Attia<\/strong>
Stanford University<\/em>
Computational Modeling of Lithium Magnetoplasmadynamic Thruster for Nuclear Electric Propulsion<\/p>\n

Michael Auth<\/strong>
University of California, Santa Barbara<\/em>
Non-Contact, Real-Time Diagnostics of Battery Aging in 18650 Cells During the Lunar Night Using Acoustic Spectroscopy<\/p>\n

Nicholas Brennan<\/strong>
Cornell University<\/em>
Spin Wave-Based Neuromorphic Coprocessor for Advanced AI Applications<\/p>\n

John Carter<\/strong>
Purdue University<\/em>
Spectroscopic Measurements and Kinetic Modeling of Non-Boltzmann CN for Entry Systems Modeling<\/p>\n

Thomas Clark<\/strong>
University of Colorado, Boulder<\/em>
Data-Driven Representations of Trajectories in Cislunar Space<\/p>\n

Nicholas Cmkovich<\/strong><\/strong>
University of Wisconsin-Madison<\/em>
Development of Radiation Tolerant Additively Manufactured Refractory Compositionally Complex Alloys<\/p>\n

Kara Hardy<\/strong>
Michigan Technological University<\/em>
Design and Optimization of Cuttlebone-Inspired Cellular Materials Using Turing Systems<\/p>\n

Tyler Heggenes<\/strong>
Utah State University<\/em>
Mitigating Spacecraft Charging Issues Through High-Precision, Temperature-Dependent Measurements of Dynamic Radiation Induced Conductivity<\/p>\n

Joseph Hesse-Withbroe<\/strong>
University of Colorado, Boulder<\/em>
Decreasing Astronaut Radiation Doses with Magnetic Shields<\/p>\n

Niya Hope-Glenn<\/strong>
Massachusetts Institute of Technology<\/em>
Investigating the Selectivity of CO2 Hydrogenation to Ethylene in a Plasma Reactor for Mars ISRU<\/p>\n

Adrianna Hudyma<\/strong>
University of Minnesota<\/em>
Biorthogonal Translation System for Production of Pharmaceuticals During Space Missions<\/p>\n

Tushaar Jain<\/strong>
Carnegie Mellon University<\/em>
Towards On-Demand Planetary Landing Through On-Board Autonomous Mapping and Cross-Modality Map Relative Localization<\/p>\n

Devin Johnson<\/strong>
Purdue University<\/em>
Numerical and Experimental Methodology to Optimize Propellant Injection, Mixing, and Response in Rotating Detonation Engines<\/p>\n

Jack Joshi<\/strong>
University of Texas at Austin<\/em>
State Representations for Measurement Fusion and Uncertainty Propagation in Cislunar Regime<\/p>\n

John Knoll<\/strong>
William Marsh Rice University<\/em>
Dexterous Manipulation via Vision-Intent-Action Models<\/p>\n

Joseph Ligresti<\/strong>
Purdue University<\/em>
Effects of Vacuum Conditions on FORP Reactivity and Long-Term Viability of MON-25\/MMH Thrusters<\/p>\n

Alexander Madison<\/strong>
University of Central Florida<\/em>
Hybrid Microwave Sintering of Lunar Regolith with 2.45GHz and 18-28GHz<\/p>\n

Aurelia Moriyama-Gurish<\/strong>
Yale University<\/em>
Investigating Fundamental High Strain Rate Deformation Mechanisms to Bridge the Experiment-Computation Gap and Local Thermal Shock Response in C103<\/p>\n

Sophia Nowak<\/strong>
University of Wisconsin-Madison<\/em>
Pulsed Laser System for Calibration of High Resolution X-ray Microcalorimeters<\/p>\n

Jacob Ortega<\/strong>
Missouri University of Science and Technology<\/em>
Forging the Future Lunar Settlement with In-Situ Aluminum Extraction<\/p>\n

John Riley O’Toole<\/strong>
University of Michigan<\/em>
Laser-Based Measurements of Electron Properties in Hall Effect Thrusters with Non-Conventional Propellants Enabling for Cis-Lunar, Mars, and Deep Space Missions<\/p>\n

Cort Reinarz<\/strong>
Texas A&M University<\/em>
Utilizing Biometrics in Closed-Loop Compression Garment Systems as a Countermeasure for Orthostatic Intolerance<\/p>\n

Erica Sawczynec<\/strong>
University of Texas at Austin<\/em>
A Monolithic Cross-Dispersed Grism for Near-Infrared Spectroscopy<\/p>\n

Ingrid Shan<\/strong>
California Institute of Technology<\/em>
Micro-Architected Metallic Lattices for Lunar Dust Mitigation<\/p>\n

Pascal Spino<\/strong>
Massachusetts Institute of Technology<\/em>
Centimeter-Scale Robots for Accessing Europa’s Benthic Zone<\/p>\n

Benjamin Stern<\/strong>
Northwestern University, Chicago<\/em>
A Near-Field Thermoreflectance Approach for Nanoscale Thermal Mapping on Nanostructured Sige<\/p>\n

Titus Szobody<\/strong>
William Marsh Rice University<\/em>
Leveraging Polymeric Photochemistry in Ionic Liquid-Based Mirror Synthesis for Space Telescope Optics<\/p>\n

Seneca Velling<\/strong>
California Institute of Technology<\/em>
Constraining Weathering Kinetics Under Experimentally Simulated Venus Conditions<\/p>\n

Zhuochen Wang<\/strong>
Georgia Institute of Technology<\/em>
Optimal Covariance Steering on Lie Groups for Precision Powered Descent<\/p>\n

Stanley Wang<\/strong>
Stanford University<\/em>
Compact Robots with Long Reach for Space Exploration and Maintenance Tasks<\/p>\n

Thomas Westenhofer<\/strong>
University of California, Irvine<\/em>
Kinetic Modeling of Carbon Mass Loss in Nuclear Thermal Propulsion<\/p>\n

Andrew Witty<\/strong>
Purdue University<\/em>
Scalable Nanoporous Paints with High Solar Reflectance and Durability in Space Environments<\/p>\n

Jonathan Wrieden<\/strong>
University of Maryland, College Park<\/em>
A Stochastic Model for Predicting Charged Orbital Debris Probability Densities by Utilizing Earth’s Electromagnetic Field to Guide Active Debris Remediation Efforts <\/p>\n

Jasen Zion<\/strong>
California Institute of Technology<\/em>
Large-Format, Fast SNSPD Cameras Benchmarked with Neutral Atom Arrays<\/p>\n

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