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Physics of the Cosmos Program Analysis Group Meeting

Fourth Meeting of the Physics of the Cosmos Program Analysis Meeting (PhysPAG)

Location

Washington, DC

Dates

14–16 August 2012

Community

Physics of the Cosmos

Type

Meeting

Announcing the Fourth Meeting of the PhysPAG

The PhysPAG Executive Committee is the Science Organizing Committee for this meeting (see Physics of the Cosmos for more information) and encourages the entire PCOS community to attend. Webcasting will be available for those unable to attend in person.

Registration Information

REGISTRATION IS NOW OPEN.

Registration is free, but space at the meeting is limited so please secure your spot now. The meeting will be fully webcast for those who are not able to attend in-person (registration is required for webcasting attendance).

Simulation of the merger of two black holes and the resulting emission of gravitational radiation. The colored fields represent a component of the curvature of space-time. The outer red sheets correspond directly to the outgoing gravitational radiation that one day may be detected by gravitational-wave observatories. The brighter yellow areas near the black holes do not correspond to physical structures but generally indicate where the strong non-linear gravitational-field interactions are in play.Credit: NASA/C. Henze
Simulation of the merger of two black holes and the resulting emission of gravitational radiation. The colored fields represent a component of the curvature of space-time. The outer red sheets correspond directly to the outgoing gravitational radiation that one day may be detected by gravitational-wave observatories. The brighter yellow areas near the black holes do not correspond to physical structures but generally indicate where the strong non-linear gravitational-field interactions are in play.
Credit: NASA/C. Henze

For general questions regarding the meeting, please contact PhysPAG chair Steve Ritz or PCOS Chief Scientist Ann Hornschemeier.

PhysPAG Meeting Presentations

Tuesday, 14 August 2012

TopicSpeakerPresentation
Welcome, PhysPAG Introduction, Meeting PlanS. Ritz[PDF]
PCOS Program Office UpdateA. Hornschemeier[PDF]
COPAG ReportC. Martin[PDF]
ExoPAG ReportS. Gaudi[PDF]
X-Ray Study ResultsR. Petre[PDF]
Gravitational Wave Study ResultsJ.Livas / I. Thorpe[PDF]
Space Opportunities for Cosmic Ray ScienceA. Olinto[PDF]
Gravitational Wave SAG ReportG. Mueller[PDF]
X-Ray SAGJ. Bookbinder[PDF]
Beyond the X-ray Mission Concepts StudyR. Petre[PDF]
PCOS Technology Needs Inputs and Prioritization ProcessT. Pham[PDF]

Wednesday, 15 August 2012

Plenary

TopicSpeakerPresentation
WFIRST Status UpdateN. Gehrels[PDF]
Euclid & WFIRST: Dark Energy & Cosmic AccelerationP. Schechter[PDF]
Cosmic Acceleration: WFIRST and BeyondD. Wienberg[PDF]
Group DiscussionsP. Hertz[PDF]

Inflation Probe SAG

TopicSpeakerPresentation
Inflation Probe SAG Breakout Agenda[PDF]
The EPIC-IM Mission ConceptJ. Bock[PDF]
Detector Technology Lessons from Planck / HFIB. Crill[PDF]
Cosmic ORigins Explorer (CORE) P. de Bernardis[PDF]
Inflation Probe SAG WorkshopS. Hanany[PDF]
LiteBIRDM. Hazumi[PDF]
Technology Development Needs for the Inflation Probe: MultiplexingK. Irwin[PDF]
Balloon-borne CMB Experiments to Mid-Decade and BeyondW. Jones[PDF]
Primordial Inflation Explorer (PIXIE)A. Kogut[PDF]
What Have We Learned from Planck About Technology, Foregrounds,
Calibration, and Systematics?
C. Lawrence[PDF]
Ground Based CMB Polarization ExperimentsA. Lee[PDF]
Technology Development Needs for the Inflation Probe: Detector Arrays &
Focal-Plane Coupling
H. Moseley[PDF]

Gravitational Wave SAG

TopicSpeakerPresentation
Gravitational Wave SAG Breakout Agenda [PDF]
Gravitational Wave Science Analysis Group Gravitational Wave SAG Inaugural MeetingG. Mueller[PDF]

X-Ray SAG

TopicSpeakerPresentation
X-Ray SAG Breakout Agenda [PDF]
Costing of X-Ray Science Mission Concepts: Approach OverviewG. Daelemans[PDF]
X-ray Active Pixel Sensors: Status and Development Needs for Future MissionsA. Falcone[PDF]
Status of Current Efforts and Future Needs in DetectorsS. BandlerPDF]
Soft X-ray Polarimetry using Multilayer Coated MirrorsH. Marshall[PDF]
Improving X-ray Optics Through Differential DepositionB. Ramsey[PDF]
Technology Development Status: Adjustable Grazing Incidence X-ray Optics for Sub-Arcsecond ImagingP. Reid[PDF]
Next Generation X-ray Optics: High Resolution, Light Weight, and Low CostW. Zhang[PDF]

Dark Energy from Space

TopicSpeakerPresentation
Dark Energy from Space Breakout Agenda[PDF]
Integral Field Spectroscopy for a Dark Energy Space MissionG. Aldering[PDF]
Understanding Dark EnergyR. Bean[PDF]
Important Ground-Based Observations for LSST Dark Energy ScienceG. Bernstein[PDF]
High Performance Computing for Dark Energy MissionsJ. Borrill[PDF]
Ground-Based Dark Energy ProjectsJ. Rhodes
(for G. Bernstein)
[PDF]

Gamma SAG

TopicSpeakerPresentation
GammaSAG: White Paper Work Session – See Description[PDF]
Soft- and Medium-Energy Gamma-Ray Astronomy at the University of New HampshireP. Bloser[PDF]
The Nuclear Compton TelescopeS. Boggs[PDF]
What is GammaSAG?L. Hays[PDF]
Gamma-Ray White Paper Discussion NotesL. Hays[PDF]
A New Project for High Energy Gamma-Ray Astronomy: Space Gamma-Ray Telescope GAMMA-400A. Moiseev[PDF]

Thursday, 16 August 2012

TopicSpeakerPresentation
X-Ray SAG Debrief to PhysPAGJ. Bookbinder[PDF]
PhysPAG-Fest, August 2012, Report from the Inflation Probe SAGS. Hanany[PDF]
GammaSAG SummaryE. Hayes[PDF]
Gravitational Wave Science Analysis Group GW-SAG Inaugural MeetingG. Mueller[PDF]
Dark Energy SummaryJ. Rhodes[PDF]
Wrap UpS. Ritz[PDF]

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