NSTGRO 2025
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Andrew arends
University of California, Davis
Astronauts propulsion laundry machine
Allan Attia
University of Stanford
IT modeling of the nuclear electricity propulsion of magnetoplasmadynynynynum for nuclear electric propulsion
Michael Auth
University of California, Santa Barbara
Contactless and real -time diagnostics of the aging of the battery in the 18650 cells during the lunar night using acoustic spectroscopy
Nicholas Brennan
Cornell University
Neuromorphic coprocessor based on spin waves for advanced AI applications
John Carter
Purdue University
Spectroscopic measurements and kinetic modeling of non-Boltzmann CN for the modeling of input systems
Thomas Clark
University of Colorado, Boulder
Representations based on trajectories data in the Cislunar space
Nicholas CMKOVICH
Wisconsin-Madison University
Development of complex alloys of complexes in complex composition made in an additively to radiation
Kara Hardy
Michigan Technological University
Design and optimization of Cuttlebone -inspired cellular materials using Turing Systems
Tyler Heggnes
Utah State University
Attenuation of the loading problems of the spaceships by high precision measurements and dependent on the temperature of the conductivity induced by dynamic radiation
Joseph Hesse-Withbroe
University of Colorado, Boulder
Damage doses of radiation from astronauts with magnetic shields
Niya Hope-Glenn
Massachusetts Institute of Technology
Study the selectivity of CO2 hydrogenation at ethylene in a plasma reactor for Mars Isru
Adrianna Hudyma
University of Minnesota
Biorthogonal translation system for the production of pharmaceutical products during space missions
Tushaar Jain
Carnegie Mellon University
Towards a planetary landing on demand through autonomous cartography on board and the relative card of the relative card
Devin Johnson
Purdue University
Digital and experimental methodology to optimize the injection, mixing and response of the propellant in rotary detonation engines
Jack Joshi
University of Texas in Austin
Representations of the State for the merger of measurement and the propagation of uncertainty in the cislunar regime
John Knoll
William Marsh Rice University
Dextere handling via intentional vision models
Joseph Ligresti
Purdue University
Effects of vacuum conditions on FORP reactivity and long-term viability of LUN-25 / MMHH H
Alexander Madison
University of Florida Centrale
Hybrid microwave feluting from the lunar regolith with 2.45 GHz and 18-28 GHz
Aurélia Moriyama-Guish
University of Yale
Study the fundamental mechanisms of deformation of the high deformation rate to fill the computation gap of the experience and the local response of the thermal shock in C103
Sophia Nowak
Wisconsin-Madison University
Pulsed laser system for calibration of high -resolution X -ray microcalorimeters
Jacob Ortega
Missouri University of Sciences and Technologies
Forge the future lunar colony with an aluminum extraction in situ
John Riley O’Tooole
Michigan University
Laser measures of electron properties in room effects with unconventional propellants allowing CIS-LUNAR, Mars and Deep Space missions
Cort Reinarz
Texas A & M University
Use biometrics in closed-loop compression clothing systems as a counter-measure for orthostatic intolerance
Erica SAWCZYNEC
University of Texas in Austin
An inter-Disted monolithic grims for an infrared spectroscopy
Ingrid Shan
California Institute of Technology
Micro-architective metal networks for the attenuation of lunar dust
Pascal Spino
Massachusetts Institute of Technology
Centimeter -scale robots to access the Europa benthic area
Benjamin Stern
Northwestern University, Chicago
A thermoreflectance approach in the near field for thermal cartography on a nanometric scale on the nanostructured sectors
Titus Szobody
William Marsh Rice University
Take advantage of polymer photochemistry in mirror synthesis based on ionic liquid for the optics of the space telescope
Seneca Welling
California Institute of Technology
Kinetics of binding alteration under conditions of experimental simulated Venus
Zhuochen Wang
Georgia Institute of Technology
Optimal covariance direction on groups of lies for a descent supplied by precision
Stanley Wang
University of Stanford
Compact robots with a long range for spatial exploration and maintenance tasks
Thomas Westenhofer
University of California, Irvine
Kinetic modeling of the loss of mass of carbon in nuclear thermal propulsion
Andrew spiritual
Purdue University
Evolving nanoporous paintings with high solar reflectance and sustainability in space environments
Jonathan Wriaden
Maryland University, College Park
A stochastic model to predict the probability densities of loaded orbital debris using the electromagnetic field of the earth to guide
Jasen Sion
California Institute of Technology
SNSPD cameras in large format and strong with networks of neutral atoms
