| Title | Submitted By |
|---|---|
| Instrument Control Unit (ICU) [PDF] | Fritz, Hans |
| Space Ccmmunication Rates at Multi-GBPS [PDF] | McIntyre, Todd |
| A non-drag-free gravitational wave mission architecture [PDF] | Folkner, W.M. |
| A Geostationary Gravitational Wave Interferometer (GEOGRAWI) [PDF] | Tinto, Massimo |
| Interferometer in Space for Detecting Gravity Wave Radiation using Lasers (InSpRL) [PDF] Interferometer in Space for Detecting Gravity Wave Radiation using Lasers (InSpRL) [PDF], Updated Dec 9, 2011 |
Saif, Babak N. |
| Simplified optical payload with digital interferometry [PDF] | de Vine, Glenn |
| A Low-Cost, High-Performance Space Gravitational Astronomy Mission [PDF] | Hellings, Ronald |
| Drag-Free Atomic Disturbance Reduction System for LISA-like Gravitational Wave Detection [PDF] | Yu, Nan |
| Concept of Compact Highly-Sensitive Superconducting Antenna for Gravitational Wave Radiation [PDF] | Gulian, A. |
| LAGRANGE: LAser GRavitational-wave ANtenna at GEo-lunar L3, L4, L5 [PDF] | Conklin, John W. |
| New Sciencecraft and Test Mass Concepts for the LISA Mission [PDF] | Shao, Michael |
| SGO Low: A LISA-Like Concept for the Space-based Gravitational-wave Observatory (SGO) at a Low Price-Point [PDF] | Thorpe, J.I. |
| Lowest: A LISA-Like Concept for the Space-based Gravitational-wave Observatory (SGO) at the Lowest Cost-Point [PDF] | Baker, John SGO |
| SGO High: A LISA-Like Concept for the Space-based Gravitational-wave Observatory (SGO) at a High Cost-Point [PDF] | Stebbins, Robin |
| SGO Mid: A LISA-Like Concept for the Space-based Gravitational-wave Observatory (SGO) at a Middle Price-Point [PDF] | Livas, Jeff |
| LAGRANGE:A Space-Based Gravitational-Wave Detector with Geometric Suppression of Spacecraft Noise [PDF] | McKenzie, Kirk |
| Geostationary Antenna for Disturbance-Free Laser Interferometry (GADFLI) [PDF] | McWilliams, Sean T. |