Past Events

  • 2020 Jan 27

    ITC Special Seminar - Andreas Burkert (USM)

    3:00pm to 4:00pm



    The puzzle of dark matter halo cores in low- and high redshift galaxies


    In the present Universe, especially low-mass galaxies reveal central dark halo properties that

    indicate a dark core of constant density and constant velocity dispersion. This is in strong contrast

    to cold-dark-matter simulations that predict cuspy, cold cores with a density that diverges towards the center as 1/r,

    with a velocity dispersion that decreases towards the center. Several scenarios to explain this discrepancy

    are currently being...

    Read more about ITC Special Seminar - Andreas Burkert (USM)
  • 2019 Dec 05

    ITC Colloquium - Yacine Ali-Haïmoud (NYU)

    11:00am to 12:00pm



    Hunting for dark matter in the early Universe


    It is now well established that a large part of the matter in the Universe is some substance which appears to be oblivious to any force but gravity. The nature of this ``dark matter” remains a mystery. Could it be a new particle, as light as an electron, or might it be made of black holes as massive as many Suns? In this talk, I will first describe how one can hope to tease out some of the properties of dark matter from the Cosmic Microwave Background (CMB), the...

    Read more about ITC Colloquium - Yacine Ali-Haïmoud (NYU)
  • 2019 Dec 03

    ITC Seminar - Abigail Polin (Berkeley)

    12:00pm to 1:00pm


    Modeling Sub-Chandrasekhar Mass White Dwarf Explosions as Type Ia Supernovae
    > Abstract:
    > Type Ia supernovae are some of the most common cosmic transients, yet their progenitors are still not known. I will discuss my thesis research on a specific pathway to these explosions, known as the double detonation scenario.  I will first describe the hydrodynamic techniques I use to simulate these explosions and to calculate the composition of the outflow.  I will also describe the radiation transport methods I use to translate the hydrodynamical output into synthetic... Read more about ITC Seminar - Abigail Polin (Berkeley)
  • 2019 Dec 02

    ITC Seminar - Patrick Mullen (Illinois)

    12:00pm to 1:00pm



    Magnetized Models of Moon-Forming Giant Impacts

    Abstract: The canonical giant impact hypothesis suggests that ~4.5 billion years ago, a Mars-sized impactor struck the proto-Earth in an off-centered collision. The impact debris, comprised of melted and vaporized silicates, wraps around the proto-Earth forming a Keplerian disk.  From this "protolunar disk”, the Moon is thought to have formed. This talk aims to investigate the role of magnetic fields in a giant impact scenario.  Specifically, I will describe a suite of 3-D numerical MHD simulations that study the...

    Read more about ITC Seminar - Patrick Mullen (Illinois)
  • 2019 Dec 02

    ITC Seminar - Joao Mendonca (Tech Univ of Denmark)

    12:00pm to 1:00pm


    Exploring the Climate of Exoplanets with OASIS


    In the last two decades, the astrophysical community discovered a multitude of planets orbiting other stars. The variety of planetary environments that these exoplanets may harbour is still unknown. Most importantly, this discovery propels the fundamental scientific and philosophical quest of searching for the first detection of life beyond our own planet. As more observational data become available, models of exoplanetary atmospheres are essential, at a first level to interpret the data and more importantly to reproduce...

    Read more about ITC Seminar - Joao Mendonca (Tech Univ of Denmark)
  • 2019 Nov 25

    ITC Seminar - Maryame El Moutamid (Cornell)

    12:00pm to 1:00pm


    "Evidence of differential rotation inside Saturn from waves of its rings"

    The rotation rate of Saturn is not well constrained. This rate has been
    estimated based on several investigations of its shape (Anderson and
    Schubert 2007, Read et al., 2009 and Helled et al., 2015), its cloud top
    winds (Garcia Melendo et al., 2011, Sanchez-Lavega et al., 2014) and its
    magnetic field (Ye et al., 2010, Lamy et al., 2011, Andrews et al.,
    2012, Provan et al., 2013).  The reason why the interior rotation rate
    is not well known is that its magnetic field seems to be closely... Read more about ITC Seminar - Maryame El Moutamid (Cornell)