Calendar
2010
September-December
Wed, Nov 24 |
TCC / Cosmos Seminar The Atacama Cosmology Telescope: The Present and the Future [abstract] |
Mon, Nov 22 |
TCC / Astro Theory Seminar Self-regulated Evolution of Galaxies and Supermassive Black Holes [abstract] |
Thurs, Nov 18 |
TCC / Exgal Seminar Exploring the Dark Universe with Gravitational Lensing [abstract] |
Thu, Nov 11 |
Special TCC Seminar A Weak Lensing Study of the Coma Cluster, and a Higher-Order Moment Approach to Weak Lensing [abstract] |
Mon, Nov 8 |
TCC / Astro Theory Seminar Measuring the Universe: Recent Developments in Baryon Acoustic Oscillations [abstract] |
Mon, Oct 18 |
TCC / Astro Theory Seminar Looking for WIMPs with the Cryogenic Dark Matter Search (CDMS) [abstract] |
Wed, Oct 6 |
TCC / Stellar Seminar The Square Kilometre Array [abstract] |
Tue, Oct 5 |
TCC / Colloquium Equivalence Principle and Cosmic Acceleration [abstract] |
Mon, Oct 4 |
TCC / Astro Theory Seminar Dynamics of Bubble Collisions: A New Mechanism for Creating Bubbles in the Early Universe [abstract] |
Wed, Sep 8 |
TCC / Cosmos Seminar Optimizing a ground-based CMB polarization experiment [abstract] |
Wed, Sep 1 |
TCC / Cosmos Seminar Cosmic Rays and the Quest for New Physics [abstract] |
March-August
Fri, Mar 12 |
TCC / Special Seminar The Formation of the First Stars: Simulations on a Moving Mesh [abstract] Thomas Greif, Max Planck Institut for Astrophysics, Garching, Germany |
Mon, Mar 1 |
TCC / Special Supernova Seminar Diversities of the Type Ia Supernova Light Curves from the Ejecta Velocity: Evidence for Systematics in SN Ia distances [abstract] Xiaofeng Wang, Texas A&M University |
January-February
Mon, Feb 22 |
TCC / Theoretical Astrophysics Seminar The 7-year WMAP Observations: Cosmological Interpretation [abstract] |
Sat, Feb 6 |
Eighteenth Annual Great Lecture in Astronomy Walk Softly When Exploring the Dark Side of the Universe: Black Holes, Dark Matter and Dark Energy [abstract] The current understanding of
the Universe is undergoing a
fundamental transformation.
Our universe is only recently
discovered to be expanding much
more than our naive expectations,
which we explain as dark energy.
The particle that dominates mass
around galaxies and in the Universe
is unknown, which we refer to as
dark matter. Black holes are thought
to be ubiquitous in galaxies, yet
we do not understand the physical
process by which they form and
interact with galaxies. Each of these
three areas are ripe for significant
advances. While they are unlikely
to be physically related, the
observational techniques needed
to study them are very similar. I will
overview the current discoveries
and understanding of these dark
components of the Universe, and
summarize the full scale attack from
ongoing and future efforts. We are
truly living through a unique time for
Astronomy. |
Mon, Feb 1 |
TCC / Theoretical Astrophysics Seminar Cosmic Voids as a Cosmological Probe [abstract] |