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Prague Scientific Case
26/4/2009
Grard Mourou
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Question About ELI
D o venons-nous? Que sommes-nous? O allons-
nous?
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The laser is 50!!
T. Maiman
Hughes Laboratory May 16 1960
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Laser Physics
1eV
1960
Cold
Atoms
peV-neV
Relativistic OpticsGeV-TeV
20102010Atomic, molecular and
optical (AMO)Physics
Atom Optics
Quantum OpticsMetrology
Condensed-Matter Physics
Quantum Information Science (
Quantum Computer)
Chemistry
Relativistic/ultraRelativistic Optics
Plasma physics
Accelerator physics
Nuclear Physics
Cosmology
NL QED
General Relativity
Extradimension physics
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Les 13 pays de ELI (PP)
- Bulgaria- Czech Republic- France- Germany- Greece- Hungary-
Italy- Lithuania- Poland- Portugal- Romania- Spain
- United Kingdom
Le projet europen ELI
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What is ELI?
The first large scale infrastructure in the
Eastern part of Europe
The largest civilian optics project ever(800M)
A science and technology federator
A formidable game changer for a large
number of disciplines
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ELI a formidable Game Changer
These physics branches were not in optics before
Relativistic/ultraRelativistic Optics
Plasma physics
Accelerator physics
Nuclear Physics
Cosmology
NL QED
General Relativity Extradimension physics
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ELI Scientific Case
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Scientific Cases
ELI-Romania: April 12-13
ELI-Cz: April 26-27
ELI-Hungary last week May
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13
ELI TDRELI Vision GMourou (GM), Wsandner (WS), Jcollier
(JC),
International Landscape - European Leadership
ESFRI Context Why ELI ? HiPER XFEL other major links link
Science and Society EQUAL balance
Stimulus industrial opportunities
Community growth integrated proposal
User facility
ELI Science NLopes, GM, Gkorn (GK) Detailed at an appropriate
level
Applications
ELI Technology JC, BRus, GS, DUrcescu Site non specific
Development requirements TRL
Implementation strategy GK, BR, GSzabo, VZamfir, MDunne?, JC, WS
Costs time risks
Risk Phased Darwinian time seperability Nodes European national
programmes
Specs-table
People Laser Lab Europe FP8
ERIC Governance ?
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Atomic, Molecular and Optical Physics
Atomic, Molecular and Optical Physics (AMOP) Its central
focus
is fundamental research on atoms, simple molecules, electrons
and light, and theirinteractions. It plays an enabling role
underlying many areas of science through the
development of methods for the control and manipulation of
atoms, molecules,
charged particles and light, through precision measurements and
calculations
of their properties, and through the invention of new ways to
generate light with
specific properties.
