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(gravitational wave*) OR gravitationswelle*

    Gravitational Wave Communications: A Survey

    Jawed, Tayyab / Dang, Shuping / Guo, Shuaishuai | IEEE | 2023
    information propagation owing to some similar characteristics of gravitational and electromagnetic waves. Therefore, gravitational wave communications ...

    A neural network model relating extraction current characteristics with optical emission spectra for digital twin of miniaturized ion thrusters

    Jia, Jun-Wei / Zou, Ren-Qiu / Luo, Qi et al. | IEEE | 2023
    Miniaturized ion thruster is an important candidate for drag-free control of space-based gravitational wave detection. Its thrust can be ...

    Grid search algorithm applied to auto-lock of ultra-stable laser

    Bu, Jiayu / Jiao, Dongdong / Xu, Guanjun et al. | SPIE | 2023
    , gravitational wave detection, and optical fiber optical frequency transfer. As the demand for space and transportable science missions rises, the ultra ...

    ADAM - Advanced DC and AC Magnetic Verification for the Lisa Mission and Beyond

    Pudney, M. / Trenkel, C. / Lange, J. et al. | IEEE | 2022
    For the Laser Interferometer Space Antenna (LISA) mission to detect gravitational waves successfully, requirements exist to limit the ...

    Laser-based satellite positioning system for space gravitational wave detector DECIGO

    Musha, Mitsuru / Tajiri, Mika / Akami, Kei et al. | British Library Conference Proceedings | 2021

    A Charge Management System for Gravitational Reference Sensors – Design and Instrument Testing

    Kenyon, Samantha Parry / Letson, Ben / Clark, Myles et al. | IEEE | 2021
    Gravitational reference sensors (GRSs) are imperative to Earth geodesy missions and gravitational wave observations in space. A typical GRS ...

    Design and Hydro-aero-elastic Modeling of a Multi Leg Mooring Concept for Floating Wind Turbine Applications

    Mazarakos, Thomas P. / Manolas, Dimitrios I. / Mavrakos, Spyridon A. | IEEE | 2021
    reduced order model provides the linearized loading contributed by the WT (gravitational, inertial and aerodynamic). In addition, time domain ...

    GAMMA SWARM — COMPACT CUBESAT SYSTEM FOR GRAVITATIONAL WAVE COUNTERPART'S DETECTION

    Gaikov, Georgii / Panasyuk, Mikhail / Ivanov, Anton et al. | TIBKAT | 2020

    Event Rates of Extreme Mass Ratio Inspirals (EMRIs) and Intermediate Mass Ratio Inspirals (IMRIs) in Milky Way Galaxy

    Sarwar, Rafia / Ali, Asad / Sajjad, Saeeda | IEEE | 2019
    inspirals (EMRIs) and intermediate mass-ratio inspirals (IMRIs) are the most compelling sources of gravitational radiation detectable by laser ...

    Laser system development for the LISA (Laser Interferometer Space Antenna) mission

    Numata, Kenji / Yu, Anthony W. / Jiao, Hua et al. | SPIE | 2019
    , which is designed to detect gravitational waves from various astronomical sources. We are developing such laser system at the NASA Goddard Space ...

    Space Metrology Problems of the Future Planetary Defense System with Pulsar Time, Navigation and Positioning

    Mroczkowski, Maciej / Kachel, Stanislaw / Kozakiewicz, Adam | IEEE | 2019
    system, laser and millimeter wave (MMW) technologies are proposed. The nodes of the system – space vehicles – will be equipped with ...

    Localization of Gravitational Sources from Time-Frequency Maps

    Addesso, Paolo / Longo, Maurizio / Matta, Vincenzo et al. | IEEE | 2018
    The localization of Gravitational Waves (GW) sources, that is key in identifying their physical nature via the joint use of GW ...

    The ROSwell Device

    Monfeli, Matt | TIBKAT | 2018

    2017 WSGC Elijah High-Altitude Balloon Payload

    Hennigan, Nicholas McWilliam / Oliphant, Stuart / Rasmussen, Tyler T et al. | TIBKAT | 2018

    Developing Software for Microcontrollers

    Poole, Nicholas | TIBKAT | 2018

    Test Automation for eConnectsTM

    Syverson, Lauren Rachael | TIBKAT | 2018