vladimir papitashvili antarctic sciences section nsf/office of polar programs aeronomy and...
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Vladimir PapitashviliVladimir Papitashvili
Antarctic Sciences SectionAntarctic Sciences Section
NSF/Office of Polar ProgramsNSF/Office of Polar Programs
Aeronomy and Astrophysics Aeronomy and Astrophysics ProgramProgram
Aeronomy, Space Physics, and Aeronomy, Space Physics, and Astrophysics ProgramAstrophysics Program
Antarctic ResearchAntarctic Research
1. Research aimed at exploration of Antarctica
Examples:– Aerogeophysics and geology– Sea-floor mapping– Long-term ecological
research– Life sciences
2. Research on Antarctica’s role in global systems
Examples:– Ozone, greenhouse gases – Ocean circulation and sea level – Climate changes– Continental drift
3. Research using Antarctica as a platform Examples:
Seismic studiesMeteorite collection Aeronomy and upper atmosphereSpace physics Astronomy and astrophysics
23 – 24 August 2004 U.S. Antarctic Program, New Investigators workshop
South Pole StationSouth Pole Station
– Neutrino astrophysics and radio astronomy
to test cosmological models
– Space physics and upper atmospheric studies
to forecast space weather
– Ozone depletion, monitoring of UV radiation
to test global warming
– Atmospheric constituents and pollution
– Palaeoclimatic records from snow and ice
– Human behavioral studies
– Global seismology
23 – 24 August 2004 U.S. Antarctic Program, New Investigators workshop
Aeronomy, Space and Aeronomy, Space and Astrophysics ResearchAstrophysics Research
– high, dry, cold atmosphere with negligible variability — almost space-like conditions
– clarity of the continental ice for the largest neutrino telescope
– polar vortex permits long duration balloon-borne experiments
– geomagnetic focus of solar and cosmic particles and fields (aurora australis)
– unique photochemistry creates the ozone hole
U.S. Antarctic Program, New Investigators workshop
AMANDA - Antarctic Muon and AMANDA - Antarctic Muon and
Neutrino Detector ArrayNeutrino Detector ArrayNeutrino telescopes look through the Earth to understand how Mother Nature can accelerate particles to very high energies (tera- and peta-electron volts)
23 – 24 August 2004 U.S. Antarctic Program, New Investigators workshop
IceCubeIceCubeIceCubeIceCube
A new neutrino telescope of 1-km3 scale
• To detect high-energy neutrinos from deep space
• To probe new window into the Universe
Radio Astronomy (Sub-MM and Infrared) Radio Astronomy (Sub-MM and Infrared) – AST/RO, ACBAR, SPARO, SPIREX, – AST/RO, ACBAR, SPARO, SPIREX,
DASIDASI
Temperature variations (µK)(inflationary model and data)
Cosmic Microwave Background Cosmic Microwave Background Research Research
A new 10-m dish radio telescope – to test inflation of the Universe
SPT– FY07SPT– FY07
45 m
16 m
NASA/NSF NASA/NSF Long-Duration Balloons ProgramLong-Duration Balloons Program
Sun –Earth ConnectionsSun –Earth Connections
AURORA BOREALIS AND AURORA AUSTRALISAURORA BOREALIS AND AURORA AUSTRALIS
23 – 24 August 2004 U.S. Antarctic Program, New Investigators workshop
U.S. Automatic U.S. Automatic Geophysical ObservatoriesGeophysical Observatories
Ozone HoleSeptember 2000
Antarctic Aeronomy, Space Physics Antarctic Aeronomy, Space Physics & Astrophysics& Astrophysics
Funding FY01 FY02 FY03 FY04
Aeronomy $0.6M $0.6M $1.2M $0.5M
New Proposals 0/2 0/2 4/0 3/2
Space Physics $1.8M $1.0M $1.7M $2.1M
New Proposals 5/0 4/1 3/0 12/5
Astrophysics $3.4M $7.9M $6.7M $7.3M
New proposals 3/4 4/2 3/6 7/3
Total $5.8M $9.5M $9.6M $9.9M
Funded/Declined 8/6 8/5 10/6 22/10
Proposals deadline is around June 1 of each year
OPP also holds funds for cross-directorate programs: ITR ($1.5M) and MRI ($1.1M)
FY01FY02
FY03FY04
Aeronomy
Space Physics
Astrophysics
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0$M
FY05 commitments: 75% of the base budget ($9.9M)
Antarctic Aeronomy, Space Physics Antarctic Aeronomy, Space Physics & Astrophysics – Budget Profile& Astrophysics – Budget Profile
Antarctic Aeronomy, Space Physics Antarctic Aeronomy, Space Physics & Astrophysics – Budget Profile& Astrophysics – Budget Profile