Title: Panel A: High Energy Astrophysics, Particle Astrophysics and Gravitational Waves
1Panel A High Energy Astrophysics, Particle
Astrophysics and Gravitational Waves
- G. Hasinger, P. Caraveo,
- F. Aharonian, C. Cesarsky,
- Peacock, S. Vitale, R. Warwick,
- R. Wijers
2Unprecedented panorama
- Space - ESA XMM-Newton, Integral
- - with NASA SWIFT, GLAST
- - national Agile
- - bilateral SRG, SVOM
- Ground - Cerenkov HESS, Magic
- - Cosmic Rays Auger South
- - Neutrinos Amanda, Antares, Icecube
- - Gravity Waves Ligo, Virgo, Geo600
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4First, a clarification
- We have tried to assess the relative priorities
between experiments now being proposed/evaluated
taking into account - Relevance to the science vision questions
- Technical feasibility
- European involvment
- Impact on (interest of) the community as a whole
5second, a clarification
- We have done very little on small projects
because we believe that a long term road map
should cover relatively big (and long, and
expensive) projects for which long development
and international collaborations are mandatory. - Small (risky?) projects should be done on a
shorter time scale, possibly at a national or
bi(tri)lateral basis.
? Some money should be devoted to small projects
6AGILE small ASI mission dedicated to High
energy astrophysics
For the first time, one instrument provides X and
gamma coverage gamma imager (30 MeV- 30
GeV) BIG FoV (1/5 of the sky) X-ray imager (18-60
keV)
7AGILEs gamma-ray Sky
8Cygnus Region EGRET, VP 1-2-3-4
(1991-1996)
Talking about angular resolution..
9Cygnus Region AGILE
(Nov. 2 Dec. 16, 2007)
10- from EGRET
- to AGILE
-
-
- 2 tons vs. 100 kg
- NASA great Observatory vs. ASI small
mission
11keywords
- Technological development
- Interplay between different communities
?Need for a strong programme dedicated to
technological development
12High priority projects continuation near term S
XMM-Newton Integral 20 M/y ?Both ranked very
high
SWIFT, Agile, GLAST, SRG, SVOM, H.E.S.S., Magic,
Auger, Amanda, Antares, Ligo, Virgo . ?ALL need
support for continuing their (gt2010) operations
BUT they are estimated to be below the 10 M
threshold
However, the overall costs are well above 10 M
13High priority projects ground based- near term-
M
- CTA 2 Cherenkov Telescope sub-arrays
- 100 TeV 100 GeV tenfold sensitivity increase,
current technology - Several 10 GeV 100 TeV challenging new
technology, new exiting territory - Two arrays South North
- KM3Net high-energy neutrino detector in
Mediterrenian sea, extension of Antares. Can
observe southern sky - Comment on Auger North and EUSO
- Priority on Southern array 30GeV-100 TeV
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18High priority projects space based- near term- M
- Simbol X French-Italian collaboration
- (with German contribution)
- formation flying technology
- Breakthrough in hard X-ray astronomy
- Better performance than US and Japanese
competitors - Launch date gt2014
- Cost gt350 M
-
-
-
19Simbol-X
20High priority projects space based- medium
term- L
- XEUS ESA-led global collaboration
- Formation flying technology
- New mirror technology
- Detectors and cryogenic system
- General facility in X-ray astronomy
(unprecedented sensitivity) - Candidate for ESA CV L1 launch slot (gt 2018)
- Cost 1,300 M, global collaboration (ESA, J,
US?) - 280M for instruments
-
21XEUS was selected in the ESA CV 2015-2025 Process
for an assessment study as one of 3 candidate
L-class missions for the L1 slot
(gt2018) Significant technology development funds
earmarked for XEUS Downselection from 3 to 2 in
2009 Implementation of one L mission in 2011
22XEUS - Physics of the hot evolving Universe
G. Hasinger (MPE) Astronet Roadmap Meeting,
Liverpool, June 17, 2008
23Micropore optics
24XEUS in context _at_ z10
LISA (ESA/NASA)
25High priority projects space based- medium term
L
- LISA ESA-NASA mission
- formation flying technology
- detectors
- Drag free navigation
- Breakthrough in GW astronomy
- Cost 1,300 M shared between NASA and ESA
- Candidate for ESA CV L1 launch slot (gt 2018)
- (depending on LISA pathfinder)
- LISA is ranked higher than GW ground based
experiments - No duplication with ground based instruments
-
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27LISA A Universe Full of Strong GW Sources
Cosmic backgrounds, superstring bursts?
27
28Comment on LISA and XEUS
- Both LISA and XEUS are ranked by Panel A at the
highest priority among all projects discussed.
Ideally they should fly in close conjunction to
each other in order to exploit the important
synergies between the two projects. The
implementation sequence will mainly be determined
by technological readiness and the international
collaboration context. The energy range of
Simbol-X and of XEUS are different, and in fact
it would be useful if these missions have some
overlap in time too.
29Comment on LISA and XEUS
- Both LISA and XEUS are not secured, yet.
- Their fate will depend on technological
assessement as well as international
collaboration - What will happen is they will be delayed or
descoped or whatever? - Clearly priorities should be revised on a regular
basis (few years?)
30Some gaps in the roadmap where developments are
needed
- Improve imaging and spectroscopy in the 0.1-10
MeV energy range - Provide instantaneous all sky monitoring
- Leave room for other techniques..
31si cest possible cest fait, si cest
impossible, cela se fera
0.250 MeV 0.2-10 keV
32EXISTLegacy of Integral and Swift
33First Laue Lens prototype
NEW Technology
- Mosaic crystals of Cu(111)
- Tile size 15x15x2 mm3
- Mosaic spread 3-4
- Lens support carbon fibre
ASTRONET Infrastructure Roadmap Symposium
Liverpool, June 16-19, 2007
34Laue Lens first light
ASTRONET Infrastructure Roadmap Symposium
Liverpool, June 16-19, 2007
35Measured vs. expected
ASTRONET Infrastructure Roadmap Symposium
Liverpool, June 16-19, 2007
36Manpower (personpower)
- In parallel to the technological developments,
- we should worry about scientists to develop
- the instruments and exploit the data
- Are we doing enough in this area?
- Is Europe investing on people?