Final reports from LIGO SURF program, Summer 2023
- Document #:
- LIGO-T2300416-x0
- Document type:
- T - Technical notes
- Abstract:
- Final reports from the LIGO Laboratory 2023 Summer Undergraduate Research Fellowship (SURF) program. This includes student participant projects funded by the LIGO Lab NSF REU (Award #2150027), the LIGO Lab NSF Operations (Award #1764464), and other funding sources.
- Files in Document:
- None
- Authors:
- Related Documents:
- LIGO-T2300195: Estimation of the Stochastic Gravitational Wave Background from binary mergers
- LIGO-T2300196: Searching for gravitational waves with eccentricity from compact binary coalescences
- LIGO-T2300266: Inferring Gravitational Wave Source Properties from Intermediate Pipeline Output with Machine Learning
- LIGO-T2300219: Identifying Correlations in Precessing Gravitational-Wave Signals with Machine Learning
- LIGO-T2300265: Bayesian Inference for Fast Scattering Glitches
- LIGO-T2300288: Implementing Nonlinear Control in a Classical Experiment to Reduce Measurement Noise
- LIGO-T2300203: Understanding Combined Results From Multiple GW Searches Using Information Theory
- LIGO-T2300147: LIGO Seismic State Characterization using Machine Learning Techniques
- LIGO-T2300283: Implementing Nonlinear Control in a Classical Experiment to Reduce Measurement Noise
- LIGO-T2300268: Linking the Population of Binary Black Holes with the Stochastic Gravitational Wave Background
- LIGO-T2300178: Improving frequency stabilisation at the 40m with digital controllers
- LIGO-T2300318: Analyzing LIGO Ring Heaters: Investigating Electrical Shorting, Troubleshooting Mechanical Failures, and Modeling Future Designs - Rachel McQueen
- LIGO-T2300261: Enabling the Discovery of Kilonovae Associated with Neutron Star Mergers with Electromagnetic Follow-up
- LIGO-T2300380: Demonstration of Bayesian Transfer Function Fitting Method - A Potential Tool for Estimating Interferometer Uncertainty
- LIGO-T2300339: Using Multimessenger Synthesis to Constrain Core-Collapse Supernova Distance and Orientation
- LIGO-T2300368: Using Mass-Spin Correlations to Probe the Tidal Spin-up and Formation Origins of Binary Black Holes
- LIGO-T2300218: Sensor Fusion for Improved Length Sensing and Control
- LIGO-T2300223: Testing Specific Theories of General Relativity with LIGO
- LIGO-T2300327: Leveraging the stability of the Photon Calibrator X/Y comparison to reduce system uncertainty
- LIGO-T2300208: Frequency Stabilization of 2 Micron Lasers Using Optical Delay Self-Heterodyne Interferometry
- LIGO-T2300284: Simulating Binary Neutron Star Mergers
- LIGO-T2300234: Believe It or Not: Incorporating Relative Time Delay and Magnification Distributions Predicted by Lens Models into Ranking Possible Sub-Threshold, Strongly-Lensed Candidates
- LIGO-P2300173: Glitch Reweighting by Glitch Parameter Simulation
- LIGO-T2300207: Frequency Stabilization of 2 Micron Lasers Using Optical Delay Self-Heterodyne Interferometry
- LIGO-T2300276: Quality Testing Optically Contacted Bonds
- LIGO-T2300435: Developing Methods to Characterize Frequency-Varying Combs in LIGO Strain Data
- LIGO-T2300145: Noise analysis for the FROSTI adaptive optic
- LIGO-T2300146: Developing Spatially Tunable Adaptive Optics for LIGO
- Referenced by: