Past seminars

Nonlinear resonant gravito-inertial mode coupling and asteroseismology of Kepler slowly pulsating B stars. Oscillations in slowly Pulsating B (SPB) stars

Imaging subsurface solar flows by iterative helioseismic holography. The main input data in helioseismology consists of extremely noisy, five-dimensional (2^2

Investigating the effect of turbulent mixing in F-type stars. In stellar evolution one of the fundamental ingredients is the chemical

Milky Way helium enrichment constrained by red clump stars. The helium mass fraction, Y, is an important constraint in stellar

Developing the tools for probing solar-like oscillators. I focus on developing the fundamental tools to better characterise stellar properties, particularly

A synergic strategy to characterize the habitability conditions of exoplanets hosted by Solar-type stars. We present a new synergic strategy

Improving Power Spectral Estimation using Multitapering: Precise asteroseismic modelling of stars, exoplanets, and beyond. Asteroseismic time-series data have imprints of stellar

Discovering sets of pulsators with machine learning and finding automated ways to probe their physics. The Kepler and TESS space

Time-frequency analysis of δ Scuti light curves using the wavelet transform. δ Scuti stars are intermediate-mass stars (i.e. between 1.5

Age constraints for the open cluster NGC 2477 using asteroseismology from TESS FFI Precise ages of stars are important for

An improved determination of convective granulation noise properties using 3D stellar atmosphere models Luisa Fernanda Rodriguez Diaz (SAC, Aarhus Universtity)

Two-dimensional simulations of solar-like models with artificially enhanced luminosity: Impact on internal gravity waves Arthur Le Saux (University of Exeter, UK)

Seismic determination of the helium abundance in low mass stars, insights from modelling the ionisation region Pierre Houdayer (LESIA, Observatoire

Evolutionary and seismic modeling of the delta Sct pulsators in eclipsing binary systems Amadeusz Miszuda (University of Wrocław, Poland) The

Numerical Modelling of Stellar Pulsations in 2D and 3D Gábor Kovács (ELTE and Konkoly Observatory, Hungary) Since the first electronic

Mixed Modes in Theory and Practice Joel Ong (Yale University) Studies of the Sun’s interior through the analysis and interpretation

Characterising rotation from the core to the surface in solar-like main-sequence stars Sylvain Breton (CEA de Saclay/Université de Paris) Mechanisms governing angular

Dating the Gaia-Enceladus-Sausage Merger using Asteroseismology Camilla Clement Borre (SAC, Aarhus University) During the Milky Way’s lifetime, it has merged

Exploitation of a TESS OB star asteroseismic sample: instability strips and asteroseismic modelling of HD192575 Siemen Burssens (KU Leuven) The

Constraining the internal structure of stars on the asymptotic giant branch Guillaume Dréau (LESIA, Paris Observatory) The success of the

Asteroseismology with TESS; Bridging the Gap Between The Red Giant Branch and the Main Sequence Emily Hatt (University of Birmingham)

Asteroseismic modelling of gravito-inertial modes in γ Doradus pulsators Joey Mombarg (Institute of Astronomy, KU Leuven) The data from the

Tidally perturbed pulsations in the pre-main sequence delta Scuti binary RS Cha Thomas Steindl (University of Innsbruck, Institute for Astro-

Turbulent convection theories for stellar evolution models Felix Ahlborn (Max Planck Institute for Astrophysics, Garching) Convective overshoot mixing has been

Stellar Rotation Evolution in the Gaia Era: Revised Cluster Sequences and Prospects for the Post Main-Sequence Diego Godoy-Rivera (The Ohio

Probing core overshooting using subgiant asteroseismology Anthony Noll (Université Paul Sabatier, IRAP) Convective cores are the fuel reservoir of stars

Asteroseismology of a possible blue straggler star, KIC 11145123 Yoshiki Hatta (SOKENDAI/National Astronomical Observatory of Japan) KIC 11145123 is a

Chronology of the Galactic disk with Asteroseismology Amalie Stokholm (SAC, Aarhus University) The Milky Way galaxy has been shaped by

Low mass stars seismology with WhoSGlAd and EGGMiMoSA Martin Farnir (STAR Institute, Liège University) Since most of the information we

Check out the video of the talk: (slides below) Check out Mariel’s slides: https://sites.lesia.obspm.fr/the-good-vibrations-seminars/files/2021/03/MLM_good_vibes.pdf Non-linear terms in Delta Scuti stars

Ashley Chontos will tell us about her latest work : “Precise stellar and planet properties in the Kepler, K2 and TESS era”.

Detection and characterization of planets orbiting oscillating red-giant stars with NASA’s TESS mission Filipe Pereira (University of Porto) The number

Jordan Philidet (LESIA Paris Observatory) will tell us about his latest work on: “The Origin of p-mode Asymmetry and Asymmetry Reversal in Solar-like Oscillators”

Most of the international conferences being cancelled, we’re facing an issue: How can we make our PhD students known for

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The good vibrations seminars series

International community of asteroseismologists

“Good Vibrations Seminar S3E8”: Jordan van Beeck (KU Leuven, Belgium)

“Good Vibrations Seminar S3E5”: Björn Muller (Max-Planck-Institue for Solar System Research, Germany)

“Good Vibrations Seminar S3E7”: Nuno Alexandre Martins Moedas (Instituto de Astrofísica e Ciência do Espaço (IA), Portugal)

“Good Vibrations Seminar S3E6”: Emma Willett (University of Birmingham, UK)

“Good Vibrations Seminar S3E4”: Yaguang Li (University of Sydney, Australia)

“Good Vibrations Seminar S3E3”: Raffaele Reda (University of Rome Tor Vergata and INAF-IAPS, Italy)

“Good Vibrations Seminar S3E2”: Aarya Patil (University of Toronto, Canada)

“Good Vibrations Seminar S3E1”: Jeroen Audenaert (KU Leuven, Belgium)

“Good Vibrations Seminar S2E13”: Alejandro Ramón-Ballesta (Instituto de Astrofisica de Andalucia, IAA-CSIC, Spain)

“Good Vibrations Seminar S2E12”: Dinil Bose Palakkatharappil (Observatoire de la Côte d’Azur, France)

“Good Vibrations Seminar S2E11”: Luisa Fernanda Rodriguez Diaz (SAC, Aarhus University, Denmark)

“Good Vibrations Seminar S2E10”: Arthur Le Saux (University of Exeter, UK)

“Good Vibrations Seminar S2E9”: Pierre Houdayer (LESIA, Observatoire de Paris, France)

“Good Vibrations Seminar S2E8”: Amadeusz Miszuda (University of Wrocław, Poland)

“Good Vibrations Seminar S2E7”: Gábor Kovács (ELTE and Konkoly Observatory, Hungary)

“Good Vibrations Seminar S2E6″: Joel Ong (Yale University, USA)

Good Vibrations Seminars S2E5: Sylvain Breton (CEA de Saclay/Université de Paris, France)

“Good Vibrations Seminar S2E4″: Camilla Clement Borre (SAC, Aarhus University, Denmark)

Good Vibrations Seminars S2E3: Siemen Burssens (KU Leuven, Belgium)

“Good Vibrations Seminar S2E2″: Guillaume Dréau (LESIA, Paris Observatory, France)

Good Vibrations Seminar S2E1: Emily Hatt (University of Birmingham, UK)

Good Vibrations Seminar #12: Joey Mombarg (KU Leuven, Belgium)

Good Vibrations Seminar #11: Thomas Steindl (University of Innsbruck, Institute for Astro- and Particle Physics, Austria)

Good Vibrations Seminar #10: Felix Ahlborn (MPA, Garching, Germany)

Good Vibrations Seminar #9: Diego Godoy-Rivera (The Ohio State University, USA)

Good Vibrations Seminar #8: Anthony Noll (IRAP, Toulouse, France)

Good Vibrations Seminars #7: Yoshiki Hatta (SOKENDAI/NAOJ, Japan)

Good Vibrations Seminar #6: Amalie Stokholm (SAC, Aarhus University, Denmark)

Good Vibrations Seminar #5: Martin Farnir (STAR institute, Liège University, Belgium)

Good Vibrations Seminar #4: Mariel Lares (IAA-CSIC, Granada, Spain)

Good Vibrations Seminar #3: Ashley Chontos (IfA, University of Hawai’i, USA)

Good Vibrations Seminar #2: Filipe Pereira (Univeristy of Porto)

Good Vibrations Seminar#1: Jordan Philidet (LESIA)

Kick-off meeting