CF04 — Dark Energy and Cosmic Acceleration: The Modern Universe

Wiki page for this topical group

Letters of Interest

57 Letters of Interest tagged CF4 (as primary or secondary topic).

No.TitleTopics
CF-003Large-Scale Structure at high redshift a probe of fundamental physics
CF-009Cosmology and Dark Matter at a cm/s
CF-027Packed Ultra-wideband Mapping Array (PUMA) Science Opportunities
CF-030Time Delay Cosmography in the 2020s
CF-032Physical Effects of Nonlocally Coherent Quantum Gravity
CF-033Higher-order statistics with galaxy and CMB surveys
CF-039jhunter4@yahoo.com
CF-040Probing Dark Energy with Gravitational Wave Standard
CF-041Next-generation Spectroscopic Surveys with DESI
CF-042Cosmological Parallax a New Method for Measuring the Geometry of the Universe
CF-045Theory and Computing Across LSST, DESI, and CMB-S4
CF-047Cosmological Synergies Enabled by Joint Analysis of Multi-probe data from The Nancy Grace Roman Space Telescope, Euclid, and the Vera C. Rubin Observatory’s Legacy Survey of Space and Time
CF-057Improving Cosmological Constraints by Cross-correlating Galaxy and CMB surveys
CF-081Development of R&D platform for astronomical instrumentation in visible and near-IR
CF-086Cosmology with the MaunaKea Spectroscopic Explorer
CF-090MegaMapper a Massively-Multiplexed Spectroscopic
CF-098Dark Energy Discovery with Multi-Survey
CF-108Illuminating the Dark Universe with ATLAS Probe
CF-111Dark Energy Science with Multimessenger Probes and the Vera Rubin Observatory’s Legacy Survey of Space
CF-116Probing the expansion history of the Universe with Gravitational Waves
CF-138Enhancing probes of the dark sector with Keck-FOBOS
CF-141The Maunakea Spectroscopic Explorer
CF-152Direct Detection of Cosmic Acceleration via Redshift
CF-154The Vera C. Rubin Observatory as a Discovery Facility
CF-158The Necessity of Extremely Large Telescopes (ELTs) for Future Studies of Gravitational Wave Sources
CF-159Searching for Dynamical Dark Energy and Alternatives
CF-167Multi-Wavelength Simulations
CF-169Joint pixel-level processing of WFIRST, Euclid, LSST
CF-170Understanding the accelerated expansion of the Universe with Rubin Observatory’s Legacy Survey of Space and Time
CF-171Potential Future Uses of the Rubin Observatory Facility After Completion of the Ten-Year Legacy
CF-171Deep Multi-object Spectroscopy to Enhance Dark
CF-171La Silla Schmidt Southern Survey
CF-172Wide-field Multi-object Spectroscopy to Enhance Dark
CF-173Single-object Imaging and Spectroscopy to Enhance
CF-177Probing Gravity with Type Ia Supernova Peculiar
CF-178A Network to Probe Gravity with Type Ia Supernova
CF-181Measuring H0 in the 2020s
CF-188Inflation and Dark Energy with the MegaMapper probing fundamental physics with z > 2 spectroscopy
CF-194Low Earth Orbit satellites and the DOE HEP
CF-221The Rubin/LSST Dark Energy Science Collaboration Operations during the LSST Survey
CF-242Cosmology with Millimeter-Wave Line Intensity
CF-243CMB-S4 Mapping matter in the Cosmos
CF-246Millimeter-Wave Line Intensity Mapping Facilities
CF-248Synergies between Millimeter-Wave Line Intensity
CF-251An Intelligent Platform for Theoretical Understandings
CF-253Beyond Pairs Using Higher-Order Statistics to Illuminate
CF-256Narrow band imaging as a cosmological survey
CF-258Unified inference of the cosmological parameters from noise-dominated galaxy clustering and shear
CF-268Primordial Nongaussianities and the Consistency Relations for Large Scale Structure
CompF-064CosmoSIS for the Next Decade
IF-021Skipper CCDs for Cosmic Surveys of Dark Energy and Dark Matter
IF-117Towards quantum-limited transistor microwave
IF-125Pushing Back the Cosmic Frontier with Photonic Technologies for Ground-Based
IF-133Charge-Coupled Device Technology Development for Future Dark Energy and Dark Matter Studies
IF-185Microstrip-Coupled Kinetic Inductance Detectors
NF-146Neutrinos Across Frontiers
TF-051Primordial Non-Gaussianity

White papers

5 white papers tagged CF4.