Name & Institute | Destination | Host Contact | Visit Dates | Aims | Output |
Nadia Dachlythra & Alexandre Adler | Flatiron Institute CCA | Adriaan Duivenvoorden | 26 January to 11 February 2024 | Evaluating simulation-based inference methods for CMB component separation and foreground parameters estimation, applied to ground-based telescopes. Learning efficient methods for scientific computing and machine learning. | |
Isabelle John | Stanford KIPAC | Rebecca Leane | 27 January to 10 February 2024 | Studying the effect of dark matter capture in stars at the Galactic center by developing a module in the stellar evolution code MESA | |
Alexander Riley | Flatiron Institute CCA | Danny Horta | 20 February to 1 March 2024 | Inferring the mass and accretion times of Milky Way mergers using present-day observables and cosmological simulations. Establish a model based on the Auriga cosmological simulations to infer key properties of Milky Way accretion events, focusing on the impact of tidal disruption (intact satellite vs stellar stream vs phase-mixed debris) | |
Judit Prat | UCL | Niall Jeffrey | 14 to 19 April 2024 | Facilitating collaboration with Niall Jeffrey and Joshua Williamson at UCL on a simulation-based inference project for weak lensing maps, whilst also attending a relevant scientific discussion meeting held at the Royal Society ("Challenging the standard cosmological model"). Engaging with the UCL cosmology group for potential new collaborations. | |
Alicja Polanska | Flatiron Institute CCA | Kaze Wong | 4 to 18 May 2024 | Accelerated Bayesian model selection for gravitational wave astrophysics and beyond | |
Akaxia Cruz | Ohio State CCAPP | Annika Peter | 5 to 11 May 2024 | Examining numerical convergence of SIDM core collapse in a cosmological context | |
Stephane Werner | Flatiron Institute CCA | Douglas Rennehan | 7 to 26 May 2024 | Intracluster light in galaxy proto-clusters | |
Hugo Pumphrey | Ohio State CCAPP | James Beatty | 29 May to 14 June 2024 | Detecting ultra-high energy neutrino with Askaryan induced radio waves in the Antarctic ice cap with the PUEO experiment using newly commercially available RFSoC technology. Testing and developing FPGA firmware, collaborating with Patrick Allison and other PUEO researchers and getting experience in OSU’s lab facilities. |
2021-2022 visits
2019-2020 visits
2018-2019 visits
2017-2018 visits
2016-2017 visits