(they/them - I don't believe my sex is relevant to science.)
(last update 2024-08-19)
SCI 1st author | SCI nth author | non-SCI 1st author | non-SCI nth author | |
---|---|---|---|---|
Published | 5 | 12 | 1 | - |
Accepted | 1 | |||
Under-Review | ||||
In Prep. | 3 | 2 |
Profiles:
My general interest includes emission and scattering processes on airless objects in the solar system (theory, observation, experimental data analyses, data reduction and related statistics and coding).
Currently I am working at KASI (Korea) as a postdoc researcher for NASA's SPHEREx (solar system science & pipeline development).
In theoretical approach, the main topics I focus on are:
- Thermal radiation, radiation pressures from airless bodies.
- DESTINY+ mission related (3200 Phaethon).
In observational approach, the main topics I focus on are:
- Optical & near-infrared (NIR) polarimetry/photometry
- Experience in HAWAII infrared array, as well as optical detectors
- Experience in extra-effort for accurate photometry (flat-field analyses, statistics, instrument parameter analyses, absolute/relative photometry of trailed objects, ...)
- Experience in detector parameter analysis (gain, readout noise, waveplate rotation, ...)
First-author & selected N-th author publications
- Bach+ (2024b) A&A: NIR polarimetry of Dawn mission targets (Ceres & Vesta) using NHAO NIC.
- Bach+ (2024a) A&A: NIR polarimetry of airless objects in the negative branch (codes here).
- Bach+ (2022) StGal (Instrum & Coding): NIR polarimetric pipeline development for NHAO NIC, detector parameter refinements (NICpolpy; tutorial here).
- Bach+ (2021) A&A (Theory): Dust ejection from (3200) Phaethon and near-Sun asteroids by thermal radiation pressure (TPM & calculation codes here).
- Bach+ (2019) JKAS: Optical photometry of (4179) Toutatis using KMTNet, determination of geometric albedo (photometry & analyses codes here).
- Bach+ (2017) AJ: Thermal modeling of comet-like objects (AKARI)
- Ishiguro, Bach+ (2022) MNRAS: Optical polarimetry (155140) 2005 UD. Determination of the anhydrous nature using polarimetry (photometry & MCMC codes here).
- Ishiguro+ (2017) AJ: Optical polarimetry (1566) Icarus in the positive branch (Pmax), determination of particle size
- Geem+ (2023) MNRAS: Optical spectroscopy of Hayabusa2# misison target (2001 CC21.)
- Geem+ (2022) MNRAS: Optical polarimetry (3200) Phaethon in the negative branch.
- Ito+ (2018) NatCo: Optical polarimetry (3200) Phaethon in the positive branch (Pmax).
- Kuroda+ (2021) ApJL: Optical polarimetry (162173) Ryugu in the positive branch (Pmax).
- Takahashi+ (2022) A&A: Optical polarimetry of the Earthshine on the Moon, found correlation with ocean coverage.
In prep: effect of fringe in NIR, dust ejection from Bennu, etc.
Scientific tool development & astronomical data reduction lectures in Python.
- Significant contribution to SNU Astronomical Observation classes (SNU_AOclass)
- See the ๐pinned repos below.
More details: PDF CV