Project Fundings

Title
Funded by
Timeline
Study of the morphological distribution of galactic cluster members as an indication of the evolutionary mechanism of galaxy clusters [CoI]
PPMI ITB
02/2024 - 11/2024
Interplay mass distribution of dark matter and baryon based on orientation and ellipticity alignment mass and light distribution of early-type galaxies using strong gravitational lens samples [CoI]
Riset ITB: Riset Unggulan
02/2024 - 11/2024
Cataclysmic Variable star observation using a 3.8 meter diameter Seimei telescope [CoI]
Riset Internasional
02/2024 - 11/2024
Machine learning applications for exoplanet detection [CoI]
PPMI ITB
02/2023 - 11/2023
Analysis of the formation and evolution of Milky Way's curves from a galaxy formation simulation in the local group [CoI]
PPMI ITB
02/2023 - 11/2023
Exploring the latest galaxy survey data to find strong gravitational lens systems using machine learning model variations [PI]
Riset Unggulan Pusat dan Pusat Penelitian (RU3P)
02/2023 - 11/2023
Identifying strong gravitational lens systems from the latest galaxy survey data using self-supervised learning [PI]
Riset ITB: Riset Unggulan
02/2023 - 11/2023
Exoplanet Survey Observations on Open Clusters in the Southern Hemisphere [CoI]
PPMI ITB
02/2022 - 11/2022
Study of the 'red nuggets' galaxies using gravitational lensing [PI]
PPMI ITB
02/2021 - 11/2021
Study of strong gravitational lensing: I. Search for a new lens system using deep learning [PI]
Riset ITB: Peningkatan Kapasitas Dosen Muda ITB
02/2021 - 11/2021
Probing small scale cosmology with high-resolution radio observation [Postdoc]
KAKENHI: JSPS Grant-in-Aid for Scientic Research (B) No. 17H02868 (Postdoc grant)
10/2018 - 03/2021

Observing Proposals or Experiences (as PI or CoI)

Type
Instrument, Allocation Time
Spectroscopy
GEMINI GMOS-S [3.47 hours] - PI/CoI; Subaru FOCAS [2 nights] - CoI; SALT [3.2 hours] - CoI; SOAR/Goodman NOAO [2 nights] - CoI; Magellan IMACS [2 nights] - CoI; Keck LRIS - CoI; VLT Xshooter [40.8 hours] - CoI; VLT MUSE [7 hours] - CoI; GEMINI GNIRS [4.9 hours] - CoI
Imaging
Subaru IRCS/AO [4 hours] - PI; HST ACS/WFC [3 orbits] - CoI; Subaru HSC [1 nights] - CoI