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Category: List of Bases 2006 2006 ICTP activities in Trieste ICTP activities in Trieste
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lecture

Start Time:

10 July 2006 at 08:15

Ends On:

28 July 2006

Location:

Trieste - Italy

Venue:

School 10-21/7: MB (MLH); Conference 24-28/7: AGH (KLH)

Organizer(s):

Directors: U. Seljak, P. Creminelli

Description:

The purpose of the School is to provide an introduction to the current state of research in cosmology and astroparticle physics. It is intended for beginning graduate students, as well as more senior non-expert researchers that are interested in these fields. Each course will be 3-4 days long, with lectures during the day and a tutorial session at the end of the day. More specialized seminars will also be scheduled.

LECTURERS and TOPICS include:

* Tom Abel (Stanford) - The dark ages
* Alessandra Buonanno (Maryland) - Gravitational waves
* Sean Carroll (Chicago) - Introduction to cosmology and dark energy
* Andrea Ferrara (SISSA) - First light in the universe
* Ariel Goodbar (Stockholm) - Observational cosmology
* Renata Kallosh (Stanford) - String cosmology
* Andrei Linde (Stanford) - Inflation
* Ue-Li Pen (CITA) - Large scale structure in the universe
* Antonio Riotto (Padova) - Early universe
* Bernard Sadoulet (Berkeley) - Experimental astroparticle physics and dark matter searches
* Max Tegmark (MIT) - Cosmic microwave background
* Alexander Vilenkin (Tufts) - Topological defects

Material:

10 July 2006
09:30
09:45
Opening Address
15'
U. Seljak
ICTP
09:45
11:00
Formation of Large Scale Structure: Overview and Linear Theory - Lecture 1
01h15'
U. Pen
University of Toronto, Canada
11:15
12:30
Strategies for Dark Matter Detection - Lecture 1
01h15'
B. Sadoulet
University of California, USA
12:30
14:00
Lunch Break
01h30'
14:00
15:15
Introduction to Cosmology and the Early Universe - Lecture 1
01h15'
S. Carroll
University of Chicago, USA
15:30
16:45
Anthropic selection and the Landscape - Lecture 1
01h15'
A. Vilenkin
Tufts University, USA
08:30
09:45
Anthropic selection and the Landscape - Lecture 2
01h15'
A. Vilenkin
10:00
11:15
Strategies for Dark Matter Detection - Lecture 2
01h15'
B. Sadoulet
11:30
12:45
Gravitational Waves: Theory, Sources and Detectability - Lecture 1
01h15'
A. Buonanno
University of Maryland, USA
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Large Scale Structure: Non-Linear regime, simulations - Lecture 2
01h15'
U. Pen
15:30
16:45
The First Stars: Overview - Lecture 1
01h15'
T. Abel
Kavli Institute for Astro-Particle Physics, USA
17:45
17:45
RECEPTION
08:30
09:45
Strategies for Dark Matter Detection - Lecture 3
01h15'
B. Sadoulet
10:00
11:15
Gravitational Waves: Theory, Sources and Detectability - Lecture 2
01h15'
A. Buonanno
11:30
12:45
The First Stars: Primordial Gas - Lecture 2
01h15'
T. Abel
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Introduction to Cosmology and the Early Universe - Lecture 2
01h15'
S. Carroll
15:30
16:45
DISCUSSION SESSION
01h15'
08:30
09:45
Gravitational Waves: Theory, Sources and Detectability - Lecture 3
01h15'
A. Buonanno
10:00
11:15
Strategies for Dark Matter Detection - Lecture 4
01h15'
B. Sadoulet
11:30
12:45
The First Stars: Radiative Transfer - Lecture 3
01h15'
T. Abel
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Introduction to Cosmology and the Early Universe - Lecture 3
01h15'
S. Carroll
15:30
16:45
The Cosmic Baryon Budget: distribution of Baryons - Lecture 3
01h15'
U. Pen
08:30
09:45
The First Stars: Open Questions - Lecture 4
01h15'
T. Abel
10:00
11:15
Gravitational Waves: Theory, Sources and Detectability - Lecture 4
01h15'
A. Buonanno
11:30
12:45
Introduction to Cosmology and the Early Universe - Lecture 4
01h15'
S. Carroll
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Mapping of dark matter and dark baryons: lensing and CMB secondaries - Lecture 4
01h15'
U. Pen
15:30
16:45
DISCUSSION SESSION
01h15'
08:30
09:45
Observational cosmology: distant supernovae and dark energy - Lecture 1
01h15'
A. Goobar
University of Stockholm, Sweden
10:00
11:15
String Cosmology - Lecture 1
01h15'
R. Kallosh
Stanford University, USA
11:30
12:45
Cosmological Feedbacks from the First Stars - Lecture 1
01h15'
A. Ferrara
SISSA, Trieste
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Cosmological Feedbacks from the First Stars - Lecture 2
01h15'
A. Ferrara
15:30
16:45
Inflation, Cosmological perturbations from inflation & baryon asymmetry - Lecture 1
01h15'
A. Riotto
INFN, Sezione di Padova, Italy
08:30
09:45
Observational cosmology: distant supernovae and dark energy - Lecture 2
01h15'
A. Goobar
10:00
11:15
String Cosmology - Lecture 2
01h15'
R. Kallosh
11:30
12:45
Inflation - Lecture 1
01h15'
A. Linde
Stanford University, USA
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Cosmological Feedbacks from the First Stars - Lecture 3
01h15'
A. Ferrara
15:30
16:45
Inflation, Cosmological perturbations from inflation & baryon asymmetry - Lecture 2
01h15'
A. Riotto
08:30
09:45
Observational cosmology: distant supernovae and dark energy - Lecture 3
01h15'
A. Goobar
10:00
11:15
String Cosmology - Lecture 3
01h15'
R. Kallosh
11:30
12:45
Inflation - Lecture 2
01h15'
A. Linde
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Cosmological Feedbacks from the First Stars - Lecture 4
01h15'
A. Ferrara
15:30
16:45
Cosmic Conundrums: Dark Energy, Dark Matter & Inflation - Lecture 1
01h15'
M. Tegmark
MIT, USA
08:30
09:45
Inflation - Lecture 3
01h15'
A. Linde
10:00
11:15
Observational cosmology: distant supernovae and dark energy - Lecture 4
01h15'
A. Goobar
11:30
12:45
Cosmic Conundrums: Dark Energy, Dark Matter & Inflation - Lecture 2
01h15'
M. Tegmark
12:45
14:00
Lunch Break
01h15'
14:00
15:15
Inflation, Cosmological perturbations from inflation & baryon asymmetry - Lecture 3
01h15'
A. Riotto
15:30
16:45
Cosmic Conundrums: Dark Energy, Dark Matter & Inflation - Lecture 3
01h15'
M. Tegmark
08:30
09:45
Cosmic Conundrums: Dark Energy, Dark Matter & Inflation - Lecture 4
01h15'
M. Tegmark
10:00
11:15
Inflation - Lecture 4
01h15'
A. Linde
11:30
12:45
Inflation, Cosmological perturbations from inflation & baryon asymmetry - Lecture 4
01h15'
A. Riotto
12:45
14:00
Lunch Break
01h15'
14:00
15:15
String Cosmology - Lecture 4
01h15'
R. Kallosh
15:30
16:30
DISCUSSION SESSION & CLOSING REMARKS
01h00'
24 July 2006
10:00
10:30
Setting the stage: Gaussian concordance cosmology and its parameters
30'
Max Tegmark
MIT, USA
10:30
11:30
Coffee Break
01h00'
11:30
12:00
Testing Lorentz invariance violation through electromagnetic wave propagation in the universe
30'
Tina Kahniashvili
Abastunami Astrophysical Observatory, Georgia
12:00
12:30
Non-Gaussian anomalies in the WMAP
30'
Joao Magueijo
Imperial College, UK
12:30
14:30
Lunch Break
02h00'
14:30
15:00
Evil axes and evil foreground
30'
Angelica De Oliveira-Costa
MIT, USA
15:00
15:30
Mysteries on Universe's largest Observable Scales
30'
Dragan Huterer
University of Chicago, USA
15:30
16:00
Are non-Gaussianities responsible for excess small-scale anisotropy in the CMB?
30'
Asantha Cooray
University of California, USA
16:00
16:30
Statistical isotropy of CMB temperature and polarization
30'
Tarun Souradeep
IUCAA, Pune, India
09:30
10:00
A non-Gaussian cold spot in the CMB sky
30'
Marcos Cruz
Universidad de Cantabria, Spain
10:00
10:30
Anomalous large-scale angular correlations in CMB maps
30'
Armando Bernui
INPE, San Jose dos Campos, Brazil
10:30
11:30
Coffee Break
01h00'
11:30
12:00
Local voids as the origin of the large-angle CMB anomalies
30'
Kaiko Taro Inoue
Kinki University, Osaka, Japan
12:00
12:30
Non-standard Non-Gaussianity
30'
Alejandro Gangui
IAFE, Buenos Aires, Argentina
12:30
14:30
Lunch Break
02h00'
14:30
15:00
Non-Gaussian CMB maps from cosmic strings
30'
Paul Shellard
D.A.M.T.P., Cambridge, UK
15:00
15:30
Non-Gaussianities in two field inflation
30'
Filippo Vernizzi
University of Helsinki, Finland
15:30
16:00
Non-linear evolution of inhomogeneities during multi-field inflation
30'
Gerasimos Rigopoulos
Utrecht University, Netherlands
16:00
16:30
Non-Gaussianity in multiple-field inflation
30'
Bartjan VanTent
D.A.M.T.P., Cambridge, UK
18:30
20:30
RECEPTION
02h00'
09:30
10:00
Relic Anisotropy as the source of all evil?
30'
Carlo Contaldi
Imperial College, London, UK
10:00
10:30
On the effective field theory approach to cosmological initial conditions
30'
Massimo Porrati
New York University, USA
10:30
11:30
Coffee Break
01h00'
11:30
12:00
Right-handed neutrinos as the source of density perturbations
30'
Lotfi Boubekeur
ICTP
12:00
12:30
Nongaussianity from Tachyonic Preheating in Hybrid Inflation
30'
Neil Barnaby
McGill University, Montreal, Canada
12:30
13:00
Atacama Cosmology Telescope
30'
Raul Jimenez
12:30
14:30
Lunch Break
02h00'
14:30
15:00
Second order gauge-invariant perturbations during inflation
30'
Giovanni Marozzi
University of Bologna, Italy
15:00
15:30
Colored noise induced low L moments and non-Gaussianity in cosmology
30'
Kin-Wang Ng
Academia Sinica, Taiwan, ROC
15:30
16:00
High order correction terms for the peak-peak correlation function in nearly-Gaussian models
30'
Ana Paula Andrade
Univ. Estadual de Santa Cruz, Bahia, Brazil
16:00
16:30
Non-Gaussian signatures in the large-scale power spectrum
30'
Alex Szalay
The John Hopkins University, Baltimore, USA
09:30
10:00
Testing primordial non-Gaussianity in CMB Anisotropies
30'
Michele Liguori
University of Padova, Italy
10:00
10:30
Non-Gaussianity detection and discrimination using several multiscale transforms
30'
Jean-Luc Starck
CEA, Gif-sur-Yvette, France
10:30
11:30
Coffee Break
01h00'
11:30
12:00
Efficiency of non-Gaussian estimators
30'
Daniel Babich
Harvard University, Cambridge, USA
12:00
12:30
Nongaussianity anomalies in WMAP
30'
Olivier P. Dore
University of Toronto, Canada
12:30
14:30
Lunch Break
02h00'
14:30
15:00
New approaches for detecting non-Gaussianity in the CMB
30'
Kristofer Jennings
Purdue University, USA
15:00
15:30
Inflationary non-Gaussianity and the present Universe
30'
Sabino Matarrese
University of Padova, Italy
15:30
16:00
Nongaussianity from higher derivative interactions
30'
Paolo Creminelli
ICTP
16:00
16:30
Statistical reconstruction of non-Gaussian PDF's
30'
Ue-Li Pen
University of Toronto, Canada
16:30
17:00
Statistical analysis of undetected point sources in cosmic microwave background maps
30'
Rita Belen Barreiro
Universidad de Cantabria, Spain
19:00
19:00
CONFERENCE DINNER
09:30
10:00
Non-Gaussianity in the 21 cm background
30'
Annalisa Pillepich
ETH, Zurich, Switzerland
10:00
10:30
How optical imaging surveys can constrain cosmology
30'
Lloyd Knox
University of California at Davis, USA
10:30
11:30
Coffee Break
01h00'
11:30
12:00
Impact of primordial non-Gaussianity on dark energy constraints from clusters observations
30'
Emiliano Sefusatti
Fermilab, Batavia, USA
12:00
12:30
Newtonian correspondence and pure general relativistic correction terms from the relativistic non-linear cosmological perturbation theory
30'
Jai-Chan Hwang
Kyungpook National University, Taegu, ROC
12:30
13:00
Non-Gaussian statistics of galactic dust
30'
Emory F. Bunn
University of Richmond, USA
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http://cdsagenda5.ictp.trieste.it/full_display.php?ida=a05213

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