TN
Thomas Nordlander
astro-ph.SRastro-ph.GAastro-ph.EPastro-ph.IMstars: atmospheresastro-ph.COastro-ph.HEline: profilesstars: abundancesconvection
On Valency
published · living versionsW_cxsaj8pf·v1 · currentpublished
The Great Escape: Discovery of a nearby 1700 km/s star ejected from the Milky Way by Sgr A*
with Sergey E. Koposov, Douglas Boubert, Ting S. Li, Denis Erkal +15
1 version
Preprints & journals
111 papers in the corpus · 2012–2026Detailed Abundance Determination of Metal-Poor Stars with X-Shooter II. - Chemically Disentangling the Halo, Disk and GSE2608.06666v1 · Benjamin D. C. Lowe, Luca Casagrande, Thomas Nordlander et al.2026 · 0 citationsarXiv
The complex stellar system M 22: constraining the chemical enrichment from AGB stars using magnesium isotope ratios2607.14066v1 · M. McKenzie, D. Yong, A. I. Karakas et al.2026 · 3 citationsMNRAS, 527, 7940-7955 (2024)
The impact of stellar binaries and star cluster dynamics on pair-instability supernovae2606.28299v2 · Francesco Gabrielli, Cristiano Ugolini, Lavinia Paiella et al.2026 · 0 citationsarXiv
The GALAH Survey: Neutron-Capture Elemental Abundances for 350,000 Gaia-RVS spectra and the Chemodynamics of Accreted Structures2606.04567v2 · Pradosh Barun Das, Daniel B. Zucker, Aldo Mura-Guzm'an et al.2026 · 0 citationsMon. Not. R. Astron. Soc. 550, 1-24 (2026)
Detailed Abundance Determination of Metal-Poor Stars with X-Shooter I. Unusual Chemistry in Halo Stars2510.24346v2 · Benjamin D. C. Lowe, Thomas Nordlander, Luca Casagrande et al.2025 · 0 citationsarXiv
Optical spectroscopic signatures of the red giant evolutionary state2506.02889v1 · Ella Xi Wang, Melissa Ness, Thomas Nordlander et al.2025 · 1 citationarXiv
Abundance Measurements of the Metal-poor M subdwarf LHS 174 Using High-resolution Optical Spectroscopy2504.20255v2 · Neda Hejazi, Sebastien Lepine, Thomas Nordlander et al.2025 · 0 citationsarXiv
A Main Sequence CH-star in the globular cluster M55 (NGC 6809)2503.22083v1 · G. S. Da Costa, T. Nordlander2025 · 0 citationsarXiv
C3PO IV: co-natal stars depleted in refractories are magnetically more active -- possible imprints of planets2503.10339v1 · Jie Yu, Yuan-Sen Ting, Luca Casagrande et al.2025 · 3 citationsarXiv
The Rise of the Milky Way Disk through EMP Stars2502.18668v1 · B. Lowe, T. Nordlander, L. Casagrande et al.2025 · 3 citationsarXiv
The GALAH survey: Improving chemical abundances using star clusters2501.06140v2 · Janez Kos, Sven Buder, Kevin L. Beeson et al.2025 · 8 citationsA&A 703, A104 (2025)
Starkiller: subtracting stars and other sources from IFU spectroscopic data through forward modeling2411.14705v3 · Ryan Ridden-Harper, Michele T. Bannister, Sophie E. Deam et al.2024 · 1 citationarXiv
A simple model for spectroscopic analyses of active stars2411.05314v1 · T. Nordlander, M. Baratella, L. Spina et al.2024 · 2 citationsarXiv
The GALAH Survey: Stellar parameters and abundances for 800,000 Gaia RVS spectra using GALAH DR4 and The Cannon2410.12272v2 · Pradosh Barun Das, Daniel B. Zucker, Gayandhi M. De Silva et al.2024 · 8 citationsMNRAS 538, 605-621 (2025)
The GALAH Survey: Data Release 42409.19858v2 · S. Buder, J. Kos, E. X. Wang et al.2024 · 91 citationsarXiv
High-resolution Elemental Abundance Measurements of Cool JWST Planet Hosts Using AutoSpecFit: An Application to the Sub-Neptune K2-18b's Host M dwarf2407.07869v1 · Neda Hejazi, Ian J. M. Crossfield, Diogo Souto et al.2024 · 11 citationsarXiv
Metallicities for more than 10 million stars derived from Gaia BP/RP spectra2403.08454v1 · T. Xylakis-Dornbusch, N. Christlieb, T.T. Hansen et al.2024 · 10 citationsarXiv
The Wide-field Spectroscopic Telescope (WST) Science White Paper2403.05398v2 · Vincenzo Mainieri, Richard I. Anderson, Jarle Brinchmann et al.2024 · 15 citationsarXiv
Cool and Data-Driven: An Exploration of Optical Cool Dwarf Chemistry with Both Data-Driven and Physical Models2402.14639v1 · Adam D. Rains, Thomas Nordlander, Stephanie Monty et al.2024 · 10 citationsarXiv
3D NLTE Lithium abundances for late-type stars in GALAH DR32402.02669v1 · Ella Xi Wang, Thomas Nordlander, Sven Buder et al.2024 · 25 citationsarXiv
Atomic diffusion and mixing in old stars - VIII. Chemical abundance variations in the globular cluster M4 (NGC 6121).38223557 · Nordlander, T, Gruyters, P, Richard, O et al.2024 · 14 citationsMonthly notices of the Royal Astronomical Society. 2024;527(4):12120-12139
High-resolution spectroscopic study of extremely metal-poor stars in the Large Magellanic Cloud2312.12793v2 · W. S. Oh, T. Nordlander, G. S. Da Costa et al.2023 · 12 citationsarXiv
HRMOS White Paper: Science Motivation2312.08270v1 · Laura Magrini, Thomas Bensby, Anna Brucalassi et al.2023 · 3 citationsarXiv
3D Stagger model atmospheres with FreeEOS I. Exploring the impact of microphysics on the Sun2307.05403v1 · Yixiao Zhou, Anish M. Amarsi, Victor Aguirre B\orsen-Koch et al.2023 · 0 citationsA&A 677, A98 (2023)
The SkyMapper search for extremely metal-poor stars in the Large Magellanic Cloud2306.15492v1 · W. S. Oh, T. Nordlander, G. S. Da Costa et al.2023 · 8 citationsarXiv
Elemental Abundances of the Super-Neptune WASP-107b's Host Star Using High-resolution, Near-infrared Spectroscopy2304.03808v1 · Neda Hejazi, Ian Crossfield, Thomas Nordlander et al.2023 · 21 citationsarXiv
Raising the observed metallicity floor with a 3D non-LTE analysis of SDSS J102915.14+172927.92303.01374v1 · C. Lagae, A. M. Amarsi, L. F. Rodr'iguez D'iaz et al.2023 · 18 citationsA&A 672, A90 (2023)
The impact of carbon and oxygen abundances on the metal-poor initial mass function2211.05505v1 · Piyush Sharda, Anish M. Amarsi, Kathryn Grasha et al.2022 · 13 citationsarXiv
The Gaia-ESO survey: mapping the shape and evolution of the radial abundance gradients with open clusters2210.15525v1 · L. Magrini, C. Viscasillas Vazquez, L. Spina et al.2022 · 83 citationsA&A 669, A119 (2023)
Spectroscopic follow-up of statistically selected extremely metal-poor star candidates from GALAH DR32210.05161v2 · G. S. Da Costa, M. S. Bessell, Thomas Nordlander et al.2022 · 9 citationsarXiv
A high-resolution spectroscopic search for multiple populations in the 2 Gyr old cluster NGC 18462209.05607v2 · Wei Shen Oh, Thomas Nordlander, Gary Da Costa et al.2022 · 5 citationsarXiv
A method for identifying metal-poor stars with Gaia BP/RP spectra2208.02027v1 · Theodora Xylakis-Dornbusch, Norbert Christlieb, Karin Lind et al.2022 · 8 citationsarXiv
Non-LTE abundance corrections for late-type stars from 2000Å to 3{\mu}m: I. Na, Mg, and Al2206.11070v1 · K. Lind, T. Nordlander, A. Wehrhahn et al.2022 · 44 citationsA&A 665, A33 (2022)
The Volatile Carbon to Oxygen Ratio as a Tracer for the Formation Locations of Interstellar Comets2204.13211v2 · Darryl Z. Seligman, Leslie A. Rogers, Samuel H. C. Cabot et al.2022 · 25 citationsarXiv
Emu: A Case Study for TDI-like Imaging for Infrared Observation from Space2204.08713v2 · Joice Mathew, James Gilbert, Robert Sharp et al.2022 · 4 citationsarXiv
The GALAH Survey: A New Sample of Extremely Metal-Poor Stars Using A Machine Learning Classification Algorithm2203.10843v2 · Arvind C.N. Hughes, Lee R. Spitler, Daniel B. Zucker et al.2022 · 15 citationsarXiv
Chemical Properties of the Local Disk and Halo. II. Abundances of 3745 M dwarfs and Subdwarfs from Improved Model Fitting of Low-Resolution Spectra2201.07460v1 · Neda Hejazi, Sebastien Lepine, Thomas Nordlander2022 · 17 citationsarXiv
The GALAH Survey: Improving our understanding of confirmed and candidate planetary systems with large stellar surveys2111.14883v1 · Jake T. Clark, Duncan J. Wright, Robert A. Wittenmyer et al.2021 · 6 citationsarXiv
Atomic diffusion and mixing in old stars VII. Abundances of Mg, Ti, and Fe in M302110.12391v1 · Alvin Gavel, Pieter Gruyters, Ulrike Heiter et al.2021 · 8 citationsA&A 652, A75 (2021)
Non-detection of Li in Spite plateau stars with ESPRESSO2110.03822v2 · E. X. Wang, T. Nordlander, M. Asplund et al.2021 · 21 citationsarXiv
Fundamental stellar parameters of benchmark stars from CHARA interferometry -- III. Giant and subgiant stars2109.13258v2 · I. Karovicova, T.R. White, T. Nordlander et al.2021 · 9 citationsarXiv
Fundamental stellar parameters of benchmark stars from CHARA interferometry -- II. Dwarf stars2109.06203v2 · I. Karovicova, T.R. White, T. Nordlander et al.2021 · 14 citationsarXiv
The GALAH Survey: Chemical tagging and chrono-chemodynamics of accreted halo stars with GALAH+ DR3 and eDR32109.04059v2 · Sven Buder, Karin Lind, Melissa K. Ness et al.2021 · 92 citationsMNRAS, 510, 2407 (2022)
The K2 Galactic Archaeology Program Data Release 3: Age-abundance patterns in C1-C8 and C10-C182108.05455v3 · Joel C. Zinn, Dennis Stello, Yvonne Elsworth et al.2021 · 48 citationsApJ 926 191 (2022)
High resolution spectroscopic follow-up of the most metal-poor candidates from SkyMapper DR1.12107.06430v1 · D. Yong, G. S. Da Costa, M. S. Bessell et al.2021 · 38 citationsarXiv
r-Process elements from magnetorotational hypernovae.34234332 · Yong, D, Kobayashi, C, Da Costa, G S et al.2021 · 84 citationsNature. 2021;595(7866):223-226
The GALAH Survey: No chemical evidence of an extragalactic origin for the Nyx stream2104.08684v1 · Daniel B. Zucker, Jeffrey D. Simpson, Sarah L. Martell et al.2021 · 11 citationsarXiv
Characterisation of 92 Southern TESS Candidate Planet Hosts and a New Photometric [Fe/H] Relation for Cool Dwarfs2102.08133v2 · Adam D. Rains, Marusa Zerjal, Michael J. Ireland et al.2021 · 19 citationsMonthly Notices of the Royal Astronomical Society, Volume 504, Issue 4, July 2021, pp.5788-5805
The relationship between photometric and spectroscopic oscillation amplitudes from 3D stellar atmosphere simulations.33746560 · Zhou, Yixiao, Nordlander, Thomas, Casagrande, Luca et al.2024 · 13 citationsMonthly notices of the Royal Astronomical Society. 2021;503(1):13-27
The GALAH+ Survey: A New Library of Observed Stellar Spectra Improves Radial Velocities and Hints at Motions within M672012.12201v4 · Tomaz Zwitter, Janez Kos, Sven Buder et al.2020 · 16 citations2021, MNRAS, 508, 4202-4215
Career total: 189 works. 111 are in this corpus.Showing the 50 most recent.
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