MS
Matthias Steinmetz
astro-ph.GAastro-ph.COastro-ph.IMastro-phastro-ph.SRastro-ph.HEastro-ph.EPcs.DBhep-phcs.DC
On Valency
published · living versionsW_te93sycm·v1 · currentpublished
The HETDEX Instrumentation: Hobby-Eberly Telescope Wide Field Upgrade and VIRUS
with Gary J. Hill, Hanshin Lee, Phillip J. MacQueen, Andreas Kelz +44
1 version
W_tct389yc·v1published
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W_8ctawbxj·v1published
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Preprints & journals
268 papers in the corpus · 1995–2026The Twentieth Data Release of the Sloan Digital Sky Survey: First All-Sky BOSS Spectra, eROSITA-SDSS-V Mapper Coordinated Observations, and a Preview of the Local Volume Mapper2607.26149v1 · Mojgan Aghakhanloo, David Aguilar, James Aird et al.2026 · 0 citationsarXiv
The Milky Way as a distant galaxy: an IFU and panchromatic view2606.14973v1 · Sergey Khoperskov, Alina Boecker, Nikolay Kacharov et al.2026 · 0 citationsarXiv
SMUGGLE-Ring: Evolutionary link between nuclear star cluster and nuclear disk2606.05157v3 · SungWon Kwak, Mathias Schultheis, Ivan Minchev et al.2026 · 0 citationsA&A, 712, L25 (2026)
The SMUGGLE-Ring project: Bar and bulge effects on nuclear disk and ring formation2603.12379v2 · SungWon Kwak, Federico Marinacci, Matthias Steinmetz et al.2026 · 0 citationsA&A, 711, A295 (2026)
Effects of resolution and local stability on galactic disks: Halo resolution and softening on bar formation2603.02494v3 · SungWon Kwak, Ivan Minchev, Matthias Steinmetz et al.2026 · 0 citationsA&A, 712, A38 (2026)
Rediscovering the Milky Way with an orbit superposition approach and APOGEE data V. The disc growth and history of star formation2509.02691v1 · Bridget Ratcliffe, Sergey Khoperskov, Nathan Lee et al.2025 · 6 citationsarXiv
The impact of radial migration on disk galaxy star formation histories: II. Role of bar strength, disk thickness, and merger history2508.19340v3 · J.P. Bernaldez, I. Minchev, B. Ratcliffe et al.2025 · 2 citationsarXiv
The impact of radial migration on disk galaxy star formation histories I. Biases in spatially resolved estimates2508.18367v3 · I. Minchev, K. Attard, B. Ratcliffe et al.2025 · 4 citationsarXiv
Prior-free cosmological parameter estimation of Cosmicflows-42507.22236v3 · C. Duangchan, A. Valade, N. I. Libeskind et al.2025 · 6 citationsarXiv
Prospects for studying million-degree gas in the Milky Way halo using the forbidden optical [FeX] and [FeXIV] intersystem lines2507.14279v1 · P. Richter, F. Ruenger, N. Lehner et al.2025 · 0 citationsA&A 701, A76 (2025)
The Spheroidal Bulge of the Milky Way: Chemodynamically Distinct from the Inner-Thick Disc and Bar2507.06863v2 · Samir Nepal, Cristina Chiappini, Angeles P'erez-Villegas et al.2025 · 3 citationsarXiv
Sloan Digital Sky Survey-V: Pioneering Panoptic Spectroscopy2507.06989v1 · Juna A. Kollmeier, Hans-Walter Rix, Conny Aerts et al.2025 · 60 citationsarXiv
The Nineteenth Data Release of the Sloan Digital Sky Survey2507.07093v2 · Gautham Adamane Pallathadka, Mojgan Aghakhanloo, James Aird et al.2025 · 19 citationsarXiv
A Pre-Infall Magellanic Analog-Corona and Stream formation in the \textsc{HESTIA} cosmological simulations2504.15237v2 · Robin Chisholm, Elena D'Onghia, Noam Libeskind et al.2025 · 0 citationsarXiv
Bar-spiral interaction produces radial migration and star formation bursts2502.02651v1 · L'ea Marques, Ivan Minchev, Bridget Ratcliffe et al.2025 · 8 citationsA&A 701, A88 (2025)
Rediscovering the Milky Way with orbit superposition approach and APOGEE data III. Panoramic view of the bulge2411.18182v1 · Sergey Khoperskov, Paola Di Matteo, Matthias Steinmetz et al.2024 · 4 citationsA&A 700, A90 (2025)
Rediscovering the Milky Way with orbit superposition approach and APOGEE data II. Chrono-chemo-kinematics of the disc2411.16866v1 · Sergey Khoperskov, Matthias Steinmetz, Misha Haywood et al.2024 · 11 citationsA&A 700, A89 (2025)
Rediscovering the Milky Way with orbit superposition approach and APOGEE data I. Method validation2411.15062v1 · Sergey Khoperskov, Glenn van de Ven, Matthias Steinmetz et al.2024 · 8 citationsA&A 695, A220 (2025)
Evolution of the radial ISM metallicity gradient in the Milky Way disk since redshift 2410.17326v1 · Bridget Ratcliffe, Sergey Khoperskov, Ivan Minchev et al.2024 · 13 citationsA&A 698, A267 (2025)
Transferring spectroscopic stellar labels to 217 million Gaia DR3 XP stars with SHBoost2407.06963v3 · A. Khalatyan, F. Anders, C. Chiappini et al.2024 · 36 citationsA&A 691, A98 (2024)
The Blue Multi Unit Spectroscopic Explorer (BlueMUSE) on the VLT: science drivers and overview of instrument design2406.13914v2 · Johan Richard, R'emi Giroud, Florence Laurent et al.2024 · 6 citationsarXiv
WST -- Widefield Spectroscopic Telescope: Motivation, science drivers and top-level requirements for a new dedicated facility2405.12518v2 · Roland Bacon, Vincenzo Maineiri, Sofia Randich et al.2024 · 9 citationsarXiv
Recovery of the low- and high-mass end slopes of the IMF in massive early-type galaxies using detailed elemental abundances2404.03939v1 · Mark den Brok, Davor Krajnovi'c, Eric Emsellem 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
Discovery of the local counterpart of disc galaxies at z > 4: The oldest thin disc of the Milky Way using Gaia-RVS2402.00561v2 · Samir Nepal, Cristina Chiappini, Anna B.A. Queiroz et al.2024 · 36 citationsA&A 688, A167 (2024)
Empirical derivation of the metallicity evolution with time and radius using TNG50 Milky Way/Andromeda analogues2401.09260v2 · B. Ratcliffe, S. Khoperskov, I. Minchev et al.2024 · 16 citationsA&A 690, A352 (2024)
Gaia DR3 data consistent with a short bar connected to a spiral arm2312.03854v2 · E. Vislosky, I. Minchev, S. Khoperskov et al.2023 · 35 citationsarXiv
Insights from Super-Metal-Rich Stars: Is the Milky Way bar young?2311.16993v1 · Samir Nepal, Cristina Chiappini, Guillaume Guiglion et al.2023 · 35 citationsarXiv
A portrait of the Vast Polar Structure as a young phenomenon: hints from its member satellites2310.13521v1 · S. Taibi, M. S. Pawlowski, S. Khoperskov et al.2023 · 20 citationsA&A 681, A73 (2024)
Dead man tells tales: metallicity distribution of the Milky Way stellar halo reveals the past of the GSE progenitor galaxy2310.05287v1 · Sergey Khoperskov, Ivan Minchev, Matthias Steinmetz et al.2023 · 4 citationsarXiv
Why does the Milky Way have a bar?2309.07321v2 · Sergey Khoperskov, Ivan Minchev, Matthias Steinmetz et al.2023 · 16 citationsarXiv
The MUSE-Faint survey. IV. Dissecting Leo T, a gas-rich relic with recent star formation2308.16263v1 · Daniel Vaz, Jarle Brinchmann, Sebastiaan L. Zoutendijk et al.2023 · 9 citationsA&A 678, A59 (2023)
The MUSE-Faint survey. III. Constraining scalar field dark matter with Antlia B2307.13035v2 · Mariana P. J'ulio, Jarle Brinchmann, Sebastiaan L. Zoutendijk et al.2023 · 0 citationsA&A 678, A38 (2023)
Chemical clocks and their time zones: understanding the [s/Mg]--age relation with birth radii2307.11159v1 · Bridget Ratcliffe, Ivan Minchev, Gabriele Cescutti et al.2023 · 27 citationsarXiv
Robust bounds on ALP dark matter from dwarf spheroidal galaxies in the optical MUSE-Faint survey2307.07403v2 · Elisa Todarello, Marco Regis, Javier Reynoso-Cordova et al.2023 · 30 citationsarXiv
RomAndromeda: The Roman Survey of the Andromeda Halo2306.12302v1 · Arjun Dey, Joan Najita, Carrie Filion et al.2023 · 1 citationarXiv
Beyond Gaia DR3: Tracing the [/M]-[M/H] bimodality from the inner to the outer Milky Way disc with Gaia-RVS and convolutional neural networks2306.05086v2 · G. Guiglion, S. Nepal, C. Chiappini et al.2023 · 2 citationsarXiv
Unveiling the time evolution of chemical abundances across the Milky Way disk with APOGEE2305.13378v2 · Bridget Ratcliffe, Ivan Minchev, Friedrich Anders et al.2023 · 58 citationsarXiv
StarHorse results for spectroscopic surveys + Gaia DR3: Chrono-chemical populations in the solar vicinity, the genuine thick disk, and young-alpha rich stars2303.09926v1 · Anna B. A. Queiroz, Friedrich Anders, Cristina Chiappini et al.2023 · 114 citationsA&A 673, A155 (2023)
The Eighteenth Data Release of the Sloan Digital Sky Surveys: Targeting and First Spectra from SDSS-V2301.07688v2 · Andr'es Almeida, Scott F. Anderson, Maria Argudo-Fern'andez et al.2023 · 289 citationsarXiv
The undiscovered ultra-diffuse galaxies of the Local Group2212.05066v2 · Oliver Newton, Arianna Di Cintio, Salvador Cardona-Barrero et al.2022 · 10 citationsarXiv
The MUSE second-generation VLT instrument2211.16795v1 · Bacon R., Accardo M., Adjali L. et al.2022 · 888 citationsarXiv
The MUSE Hubble Ultra Deep Field surveys: Data release II2211.08493v2 · Roland Bacon, Jarle Brinchmann, Simon Conseil et al.2022 · 119 citationsA&A 670, A4 (2023)
MUSE crowded field 3D spectroscopy in NGC 300 III. Characterizing extremely faint HII regions and diffuse ionized gas2210.04786v1 · Genoveva Micheva, Martin M. Roth, Peter M. Weilbacher et al.2022 · 11 citationsA&A 668, A74 (2022)
The Gaia-ESO Survey: Preparing the ground for 4MOST & WEAVE galactic surveys. Chemical evolution of lithium with machine learning2208.08874v2 · S. Nepal, G. Guiglion, R. S. de Jong et al.2022 · 16 citationsA&A 671, A61 (2023)
The Gaia-ESO Public Spectroscopic Survey: Motivation, implementation, GIRAFFE data processing, analysis, and final data products2208.05432v1 · G. Gilmore, S. Randich, C. C. Worley et al.2022 · 136 citationsA&A 666, A120 (2022)
The stellar halo in Local Group Hestia simulations III. Chemical abundance relations for accreted and in-situ stars2206.05491v2 · Sergey Khoperskov, Ivan Minchev, Noam Libeskind et al.2022 · 25 citationsA&A 677, A91 (2023)
The stellar halo in Local Group Hestia simulations I. The in-situ component and the effect of mergers2206.04521v2 · Sergey Khoperskov, Ivan Minchev, Noam Libeskind et al.2022 · 29 citationsA&A 677, A89 (2023)
The stellar halo in Local Group Hestia simulations II. The accreted component2206.04522v2 · Sergey Khoperskov, Ivan Minchev, Noam Libeskind et al.2022 · 25 citationsA&A 677, A90 (2023)
The Gaia-ESO Public Spectroscopic Survey: Implementation, data products, open cluster survey, science, and legacy2206.02901v1 · S. Randich, G. Gilmore, L. Magrini et al.2022 · 189 citationsarXiv
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