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Testing theories of Gravitation with the Interstellar Probe Radio Experiment

Michael Plumaris / Fabrizio De Marchi / Gael Cascioli et al. | NTRS | 2023

) and gravitational wave detection (Abbott et al., Jun 2021). Extending ranging measurement acquisition to 20 years improves the results tenfold ...

Research Campaign: Lunar Gravitational-wave Antenna

Lorella Angelini / Francesca Badaracco / Stefano Benetti et al. | NTRS | 2022

The Lunar Gravitational-wave Antenna (LGWA) is a mission conceived as a network of stations to measure the vibrations of the Moon caused by ...

Independent Reliability Assessment of the NASA GSFC Laser Transmitter for the LISA Program

U. N. Singh / S. Horan / C. Antill et al. | NTIS | 2022

each spacecraft, provides a tool for scientists to directly detect gravitational waves generated from various astronomical phenomena in a ...

Geodetic Investigations of the Mission Concept MAGIC to Reveal Callisto’s Internal Structure

Antonio Genova / David E Smith / Robin Canup et al. | NTRS | 2022

-wavelength gravity anomalies afford powerful constraints on internal differentiation and the properties of the hydrosphere (water and ice ...

Lunar Gravitational-wave Detection

Jan Harms / Lorella Angelini / Michael Coughlin et al. | NTRS | 2021

Lunar gravitational-wave (GW) detection has been under consideration since Apollo 17 when the Lunar Surface Gravimeter developed under the ...

Marshall Space Flight Center Faculty Fellowship Program

N. F. Six / G. Karr | NTRS | 2021

heat leak into a cryogen tank, as in most vehicle systems. One of the scientists worked on a proposed space-based gravitational wave ...

Searching for the Origin of the High-Energy Emission from GRB 170817A

D. Kocevski | NTIS | 2019

Keywords: Gravitational waves

Reduced-order modeling and gravitational waveforms

Galley, Chad | NTRS | 2018

First Electromagnetic Counterpart to a Gravitational-Wave Signal

D. Kocevski | NTIS | 2018

Keywords: Gravitational waves

The First Electromagnetic Counterpart to a Gravitational-Wave Signal

Kocevski, Daniel | NTRS | 2018

Discovery of GW170817

T. B. Littenberg | NTIS | 2018

Keywords: Gravitational waves

Lynx Mission Concept: 2017 Accomplishments and 2018 Goals

J. A. Gaskin | NTIS | 2018

Keywords: Gravitational waves

Lynx: Simply Designed for Maximum Science Return

J. Gaskin | NTIS | 2018

Keywords: Gravitational waves

ST7 Disturbance Reduction System (DRS) Colloid Micronewton Thruster Performance and Control Algorithm Model Simulation Validation in Flight

Hruby, Vlad / Hsu, Oscar / Maghami, Peiman et al. | NTRS | 2018

. LISA Pathfinder was a technology demonstration mission for ESA’s LISA gravitational wave observatory, currently in Phase A with a launch date ...

In-Flight Verification and Validation of Colloid Microthruster Performance

Hsu, Oscar / Maghami, Peiman / Thorpe, James Ira et al. | NTRS | 2018

drag-free operation of the LPF spacecraft, which will be necessary for future gravity wave observatories such as ESA’s Laser Interferometer ...

Gravitational Wave Astronomy

Littenberg, Tyson B. | NTRS | 2017

Keywords: Gravitational Waves

Space-Based Gravitational Wave Data Analysis Development

Page, Jessica / Littenberg, Tyson | NTRS | 2017

Keywords: Space Based Gravitational

Searching for EM Signals Coincident with aLIGO GW Candidates Using the Fermi GBM

T. B. Littenberg | NTIS | 2017

Keywords: Gravitational waves