<< latest conferences
| ID | |
| 1 | Going beyond the Mount-Wilson S-index and Log R’HK by a careful analysis of the CaIIH&K line profile Cretignier Michael |
| 2 | Granulation Unveiled: Enhancing Rossiter-McLaughlin Models Through Solar Eclipse Observations Elizabeth Gonzalez |
| 3 | Spectral Effects of Oscillations and Granulation from High-cadence NEID & KPF Observations Jacob Luhn |
| 4 | Coordinated observations of stellar supergranulation with EPRV facilities across the globe Arvind Gupta |
| 5 | The HUMDRUM Survey of Nearby TESS-Identified Transiting M Dwarf Planets with MAROON-X Madison Brady |
| 6 | THIRSTEE: testing the water world hypothesis on the small transiting exoplanet population Gaia Lacedelli |
| 7 | A New Imageable Habitable-zone Planet Candidate in the Northern Hemisphere Paul Robertson |
| 8 | Tackling Supergranulation in Earth-Twin Surveys using the HARPS-N Solar Data Niamh OSullivan |
| 10 | Constraining the Love number k2 of three hot Jupiters via precise RV observations Szilard Csizmadia |
| 11 | Ultra-Precise Super-Earth Masses from NIRPS Reveal Tentative Evidence for Water-Rich Formation Drew Weisserman |
| 12 | SOAPv4:a new step towards the modelling of stellar signatures in exoplanet research Eduardo Cristo |
| 13 | Characterizing granulation-induced noise on the cm/s level across the optical spectrum Cis Lagae |
| 14 | First results from the Warm Object Rossiter-McLaughlin Survey (WORMS) Alexis Smith |
| 15 | Forward Modeling Telluric Absorption with a Variable Line Spread Function for NEID and HPF Daniel Krolikowski |
| 16 | Homogeneous analysis of small planet masses Hannah Osborne |
| 17 | The NEID GTO Program: Status Update of the NEID Earth Twin Survey and Confirmation of a Planet Orbit Evan Fitzmaurice |
| 18 | The Interpolation Constraint in the RV Analysis of M-Dwarfs Using Empirical Templates Dhvani Doshi |
| 19 | Telluric emission correction techniques for high precision velocimetry: a demonstration with NIRPS Avidaan Srivastava |
| 20 | Line-by-line RVs and bisectors for the Sun-as-a-star Drake Deming |
| 21 | The Origins of Close-In Brown Dwarfs from the Stellar Obliquity Distribution Steven Giacalone |
| 22 | Magnetism in Motion: Disk-integrated Full-Stokes Line Profiles from SDO Observations Federica Rescigno |
| 23 | Planets at the stellar rotation period from TESS and ESPRESSO Melissa Hobson |
| 24 | From the Sun to K Stars: Granulation Sensitivity of Spectral Lines using 3D MHD Models Valeriy Vasilyev |
| 25 | Investigating unexplained variations in giant stars Emile Fontanet |
| 26 | Photospheric 3D radiative MHD models as a key to individual line responses to granulation Andrew Collier Cameron |
| 27 | Characterizing the Impact of Supergranulation on Solar Radial-Velocity Variability Ben Lakeland |
| 28 | HD20794 d, a strong candidate for future atmospheric characterization Nicola Nari |
| 29 | Mitigation of RV response to granulation informed by line shift and depth variations Christian Hartogh |
| 30 | A super-Earth in the habitable zone of the GJ 3998 multi-planetary system Atanas K. Stefanov |
| 31 | Granulation mitigation effectiveness as a function of line depth in solar-type stars. Ginger Frame |
| 32 | Rocky Planet Compositions Tend to be Earth-like and Consistent with Host Star Abundances Casey Lynn Brinkman |
| 33 | K-dwarf Radius Inflation and a Stellar Spin-down Clock Unveiled through KPF Asteroseismology Yaguang Li |
| 34 | Comparing radial-velocity datasets using Bayesian statistics João Faria |
| 35 | Confirmation of an 88 d Super-Earth Orbiting a nearby Sun-like Star Mark Giovinazzi |
| 36 | The Impact of Fiber Cross Contamination on Radial Velocity Precision Chenyang Ji |
| 37 | Investigating the Planetary Architectures of Stars Hosting Long-Period Giants Matteo Pinamonti |
| 39 | The Earth 2.0 Mission RV follow-up observations Jian Ge |
| 40 | Characterising exoplanets around white dwarfs with radial velocities Louise Dyregaard Nielsen |
| 41 | Digital Micromirror Devices for Precision Spatially Resolved Stellar Spectroscopy and Photometry Christian Robles |
| 42 | How much of information is washed away by stellar activity? A Fisher Information analysis Joe Philip Ninan |
| 43 | Chromatic Doppler Tomography: A New Approach for Broadband Characterization of Exoplanet Atmospheres Mariana Azevedo Fernandes de Melo e Sousa |
| 44 | Unveiling TOI-451 planets: RV modelling with contemporary photometry Oscar Barragán |
| 45 | Optimizing Exposure Times to Mitigate Pressure-mode Signals for Exoplanet Detection Brandon Rajkumar |
| 46 | Hunting for habitable-zone terrestrial planets using extreme precision RV Nathan Hara |
| 47 | Characterization of Multiplanet System including Habitable Zone Planet around M-dwarf GJ-887 Christian Hartogh |
| 48 | Extremely Precise Dynamical Masses in Seven High-Acceleration Star Systems Mark Giovinazzi |
| 49 | CRIRES+ Instrumental Stability and High-Resolution Brown Dwarf RV Extraction & Characterization Kevin Hoy |
| 50 | Characterising granulation signatures in high resolution spectra: the case of the Sun Sowmya Krishnamurthy |
| 51 | Leveraging high resolution spectroscopy to decode transmission spectra Nina-Elisabeth Nemec |
| 52 | Correct or not correct: the lesson learned from three PRV surveys Lev Tal-Or |
| 53 | The Path to 10 cm/s RV Precision: a new line-by-line code Carmen San Nicolas Martinez |
| 54 | Testing the HARPS3 Data Reduction Pipeline with Synthetic Spectra to achieve Earth-Twin RV Precision Alicia Anderson |
| 55 | HRMOS: a very High-Resolution Multi-Object Spectrograph for the VLT Sergio Sousa |
| 56 | RVxTESS I: Modeling Asteroseismic Signals with Simultaneous Photometry and RVs Jiaxin Tang |
| 57 | Exploring the limits of precision on a single solar spectral line with a laser heterodyne radiometer Ryan Terrien |
| 58 | Effect of stellar non-occulted spots on high-resolution transmission spectroscopy Jennifer P. Lucero |
| 60 | Predicting Stellar Activity Minima with Machine Learning: Optimising Exoplanet Observations Lalitha Sairam |
| 61 | A convolution method for projected rotational velocity estimation including limb darkening Roberto Varas |
| 62 | Planetary Mass Constraints for Potential HWO Targets from Precise Legacy Doppler Searches Caleb Harada |
| 63 | KPF Community Cadence: An Automated Queue Scheduling Software To Enhance EPRV Instrument Output Jack Lubin |
| 64 | The Hunt for the Long-Period Sub-Neptune HD60779b Victoria DiTomasso |
| 65 | VIPER: High-precision radial velocities from optical to infrared Jana Köhler |
| 66 | Multiplicity as a tracer for the formation and evolution of sub-Saturns Luis Thomas |
| 67 | Spectroscopic constraints on activity and rotation period of WX UMa from HPF & NEID Megan Delamer |
| 68 | Precise Radial Velocities Of GJ 3378 with HPF and NEID Michael Endl |
| 69 | Precise Mass Refinement of Three Sub-Neptune Systems from Radial Velocity Observations Samuel Geraldía González |
| 70 | Towards Detecting Earth Twins Around Sun-like Stars with Second Earth Initiative Spectrograph Jinglin Zhao |
| 71 | An Aligned Sub-Neptune Revealed with MAROON-X and a Tendency Towards Alignment for Small Planets Alex Polanski |
| 72 | Comparison of the Effect of Solar Activity on RV at Different Activity Levels Pedro Miguel Herdadinha Branco |
| 73 | TOI-512b: A Super-Earth Characterized with TESS and ESPRESSO José Rodrigues |
| 74 | Searching for exo-satellites around directly imaged companions and brown dwarf binaries using KPIC Katelyn Horstman |
| 75 | Like a wrecking ball: Excluding disruptive giants in Southern HWO targets with Minerva-Australis Rob Wittenmyer |
| 76 | Precision Spectroscopic and Photometric Follow-up of Earth-sized planets with Minerva-Australis Sakhee Bhure |
| 77 | Joint analysis of HARPS and NIRPS radial velocities: An application on the GJ 3090 system Pierrot |
| 78 | Magnetic braking and dynamo evolution of β Hydri: A Subgiant with a Born-again Dynamo Ângela Santos |
| 79 | Unveiling the Role of Debris Disks in the Solar Refractory Depletion Phenomenon Jiayue Zhang |
| 80 | Stalled spin-down and its signature in stellar magnetic activity Ângela Santos |
| 81 | Interquadrant Cross-talk Correction from Veloce Data. Priyashkumar Bhupendrabhai Mistry |
| 82 | MAROON-X EPRV Achievements and Operational Challenges Teo Mocnik |
| 83 | Modal Noise: a Limiting Factor in Extremely Precise Radial Velocity Calibration Davide Savio |
| 84 | Four Years of Solar RVs with EXPRES Joe Llama |
| 85 | Blind Source Separation on RVs Rodrigo F. Díaz |
| 86 | Adapting the NEID Wavelength Calibration to Instrumental Changes Over Time Leonardo Paredes |
| 87 | Investigating the effects of multidimensional Gaussian processes on exoplanet mass characterisation Ross Dobson |
| 88 | Analysis of NIR activity indices for exoplanet detection and characterisation Telmo Monteiro |
| 89 | Exotrojans around low-mass stars: A search with a Radial Velocity clock Olga Balsalobre Ruza |
| 90 | The MONET Star and Exoplanet Spectrograph – High Performance at a Small Telescope Sebastian Schäfer |
| 91 | Dimension Reduction Techniques for Absorption Line Shape Analysis Joseph Salzer |
| 92 | Updates on the development of the Second Earth Initiative Spectrograph (2ES) Matheus J. Castro |
| 93 | Magnetism in Motion II: Inferring Line Asymmetries Effects from SDO Observations Michael Palumbo |
| 94 | Activity- and magnetically-sensitive spectral lines in M dwarfs in the CARMENES spectral range David Montes |
| 95 | Characterizing Fabry-Perot etalon performance with a Fourier transform spectrometer Michael Debus |
| 96 | Characterizing Starspots on Young M Dwarfs through Multi-band Photometric Monitoring Mayuko Mori |
| 97 | ESPRESSO's View of Two Low-Mass Planets Around a Late G-Type Star Serena Benatti |
| 98 | Does Template Matching Outperform Cross-Correlation in Active Stars? Nicola Astudillo-Defru |
| 99 | Modeling Stellar Magnetic Activity for Exoplanet Characterization: Advancements with StarSim Sophie Stucki |
| 100 | Canary Hybrid Optical high-Resolution Ultra-stable Spectrograph (CHORUS) for GTC: Calibration System Liang Tang |
| 101 | The Laboratory Testing Program for the iLocater Spectrograph Marshall Johnson |
| 102 | Characterizing the stellar activity of GJ 581 with HARPS and NIRPS Larue |
| 104 | Spectroscopic Analysis of LOFAR-Detected M Stars: Prime Candidates for Star-Planet Interactions Elise Koo |
| 105 | Spectral Line Variability Induced by Faculae in Synthetic Solar Spectra from MURaM and MPS-ATLAS Florian Kröll |
| 106 | Detection of Chemical Species in the Atmosphere of the Ultra-hot Jupiter KELT-17b Minji Jeong |
| 107 | Calibration System of the Second Earth Spectrograph Stan Letchev |
| 108 | Exoplanet Detection and Mass Measurements with the MaHPS spectrograph at the Wendelstein Observatory Luis Thomas |
| 109 | The Impact Of Radial Velocity Instrumental Systematics Correction On Exoplanet Detectability Deepa Mukhija |
| 110 | G-CLEF's Astrocomb: Spectral Equalizer Design Henrique Lupinari |
| 111 | The mass-bulk metallicity relation for gas giant planets Giulia Martos |
| 112 | The Large Fiber Array Spectroscopic Telescope: Fiber-feed Fabrication and Light Combination Sonja Choi |
| 113 | NEID: How a Flexible Queue Architecture Enables Cutting-Edge Exoplanet Science and Other Science Too Sarah Logsdon |
| 114 | G-CLEF's Astrocomb: Overview and Spectral Equalizer Design Henrique Lupinari |
| 115 | eurydice: A Software Package for Evaluating Gaussian Process Models of Stellar Activity in Radial V Kaylee Barrera |
| 116 | KOBE-1: A new multi-planetary system around a late K-dwarf Olga Balsalobre Ruza |
| 117 | TOI-4499: Two inner transiting Super-Earths and an outer eccentric Hot Jupiter Niamh OSullivan |
| 118 | Confirming an Eccentric Planet Around a Potential HWO Target Star with KPF Caleb Harada |
| 119 | The NASA Landolt mission Peter Plavchan |
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