| Science Cases for Ultraviolet Polarimetry in the 21st Century [PDF] |
B-G. Anderson |
| Mapping Turbulent Energy Dissipation through Shocked Molecular Hydrogen in the Universe [PDF] |
P. Appleton |
| Are Flagships the Best Way to Advance Astrophysics? [PDF] |
D. Ardila |
| Cubesats for Astrophysics [PDF] |
D. Ardila |
| The Dusty Co-evolution of Black Holes and Galaxies: A Science Case for a Large Far-IR Space Telescope [PDF] |
L. Armus |
| Actuated Carbon Fiber Reinforced Polymer Mirror Development [PDF] |
B. Baldauf et al. |
| Astrophysics Enabled by Extreme Contrast Ratio Technologies [PDF] |
D. Batcheldor |
| A FIR-Survey of TNOs and Related Bodies [PDF] |
J. Bauer et al. |
| Cryogenic Telescope for Far-Infrared Astrophysics: A Vision for NASA in the 2020 Decade [PDF] |
C. Bradford et al. |
| Imaging Polarimetry for ExoPlanet science & astrophysics [PDF] |
J. Breckinridge |
| Dust in Distant Galaxies – Overcoming Confusion Noise with a 5m FIR Facility [PDF] |
C. Casey et al. |
| Far-Infrared Spectral Line Studies of the Epoch of Reionization [PDF] |
A. Cooray et al. |
| A Joint Exoplanet & UVOIR Surveyor [PDF] |
J. Dalcanton |
| The earliest epoch of star-formation in the very young universe [PDF] |
D. Ebbets |
| Characterizing the Habitable Zones of Exoplanetary Systems with a Large Ultraviolet/Visible/Near-IR Space Observatory [PDF] |
K. France et al. |
| The bulk composition of exo-planets [PDF] |
Boris Gänsicke et al. |
| Flagship Missions for the Decadal Review [PDF] |
J. Green |
| Life Finder Telescope [PDF] |
S. Heap |
| Galaxy Evolution Spectroscopic Surveyor (GESS) [PDF] |
S. Heap |
| Precision Ages for Milky Way Star Clusters [PDF] |
J. Kalirai |
| Interferometry Concept for the Far-Infrared Surveyor [PDF] |
D. Leisawitz et al. |
| Importance of Design Reference Missions for Developing the Next Large Mission Concepts [PDF] |
P. Lightsey and E. Wilkinson |
| An Evolvable Space Telescope for the Far Infrared Surveyor Mission [PDF] |
C. Lillie et al. |
| Exoplanet Environment Monitor [PDF] |
J. Linsky et al. |
| Definitive Determination of Galaxy Luminosity Functions at Energies Above the Hydrogen Ionization Edge, Covering 11 Billion Years of Evolution [PDF] |
S. McCandliss |
| Probing Transient Structures in the Universe [PDF] |
P. Natarajan |
| An Evolvable Space Telescope for Future UV/Opt/IR Astronomical Missions [PDF] |
R. Polidan et al. |
| A Rotating Synthetic Aperture (RSA) Space Telescope for Future UV/Opt/IR Astronomical Missions [PDF] – R. Polidan et al. |
R. Polidan et al. |
| UVOIR Surveyor: The need for high resolution, wide field, deep multi-wavelength imaging and IFU spectroscopy [PDF] |
R. Rampazzo et al. |
| Probe class missions in the far infrared [PDF] |
J. Rizzo et al. |
| The First Stars and the First Metals [PDF] |
I. Roederer et al. |
| The Origin of the Elements Heavier than Iron [PDF] |
I. Roederer et al. |
| HabX2: a 2020 mission concept for flagship science at modest cost [PDF] |
M. Swain et al. |
| Listening to the Cosmic Dawn [PDF] |
I. Thorpe et al. |
| A Large-Aperture UVOIR Space Telescope [PDF] |
H. Thronson et al. |
| Galaxy Fueling and Quenching: A Science Case for Future UV MOS Capability [PDF] |
J. Tumlinson and D. Schiminovich |
| UV/Optical/IR Surveyor: The Crucial Role of High Spatial Resolution, High Sensitivity UV Observations to Galaxy Evolution Studies [PDF] |
B. Williams and J. Dalcanton |
