Educational content of Fall School 2015
UnivEarthS Fall School 2015 gathered 40 people around the theme “phase change and eruptions in the universe.” On this page you can find the educational elements that were used by the speakers, which they kindly put at our disposal. An audio webcast is available for some of them, in support of the course material.
You can also view all the posters made by the students, high school teachers and administrative staff. These documents were presented in several poster sessions, which allowed all participants to exchange and learn about the work of each other. They were able to discover projects, disciplines or administrative structures they did not know or little, allowing the Labex to fulfill its mission in interdisciplinary exchange.
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From October 17th to 23th, the second edition of UnivEarthS Fall School brought together 40 people on the island of Santorini, Greece. In an exceptional location, the participants attended lectures on “Phase changes and eruptions in the universe. ”
The originality of this school is in the interdisciplinarity offered at various participants. Master’s students, doctoral or post-doctoral students, high school teachers and administrative staff discovered new horizons through the efforts of lecturers.
They accepted the challenge to pass on their knowledge to people not belonging to their domain, and thereby contributed to UnivEarthS mission: open bridges between disciplines. The courses were focused on three main areas: astrophysics, geoscience and methodology. They were donated by Sacha Brun (CEA), Florent Brenguier (ISTerre), Alexandre Fournier (IPGP), Isabelle Grenier (AIM), Claude Jaupart (IPGP), Edward Kaminski (IPGP), Maude Le Jeune (APC) and Germano Nardini (Universität Bielefeld).
Finally an excursion led the whole group on the volcano of Santorini. Under the direction of Claude Jaupart, director of the IPGP, participants have seen a live application of Volcanology course!
Positive feedback on this school are an encouragement to continue UnivEarthS mission: bring together researchers from different disciplines and create interfaces between Earth Science and Physics of the Universe. Indeed, it is through this kind of event that we promote interdisciplinarity and the connection between its various areas of research.
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Dimanche 18 octobre
8:30 – E. Kaminski – Les sources profondes des volcans : formation et extraction des magmas
9:30 – G. Nardini – The Higgs boson and its (plausible) history: from the LHC to the early universe –
Higgs boson today (collider fingerprint)
10:30 – Pause café
11:00 – G. Nardini – The Higgs boson and its (plausible) history: from the LHC to the early universe –
Higgs boson in the hot universe (electroweak phase transition, baryogenesis and gravitational waves)
12:00 – Repas
14:00 – C. Jaupart – Ascension des magmas et formation des réservoirs volcaniques
15:00 – S. Brun – Magnétisme du Soleil et des étoiles: origine, variabilité et météorologie spatiale –
Convection, rotation et dynamo dans les étoiles
16:00 – Pause café
16:30 – S. Brun – Documentaire : « La météo de l’espace, l’émergence d’une nouvelle science »
17:30 – Pico présentation postersLundi 19 octobre
8:30 – G. Nardini – The Higgs boson and its (plausible) history: from the LHC to the early universe –
Higgs boson at the beginning of the Universe (inflation with the Higgs boson or other possibilities)
9:30 – C. Jaupart – Ascension des magmas et formation des réservoirs volcaniques
10:30 – Pause café
11:00 – S. Brun – Magnétisme du Soleil et des étoiles : origine, variabilité et météorologie spatiale –
Reconnection et éruptions solaires/stellaires
12:00 – Repas
14:00 – C. Jaupart – Les systèmes volcaniques: structure et rôle de l’édifice
15:00 – M. Le Jeune – Comment faire la carte de l’explosion du Big Bang : analyse de données
en cosmologie
16:00 – Pause café
16:30 – E. Kaminski – Eruptions explosives : conduits volcaniques et panaches atmosphériques
17:30 – Posters GéosciencesMardi 20 octobre
8:30 – A. Fournier – A quick introduction to data assimilation – Introduction and fundamentals:
stochastic estimation and the BLUE
9:30 – S. Brun – Magnétisme du Soleil et des étoiles: origine, variabilité et météorologie spatiale –
Vent stellaire et météorologie de l’espace
10:30 – Pause café
11:00 – F. Brenguier – Collecte et traitement de données milieux extrêmes – Auscultation et
surveillance des volcans : Nécessité de collecte de données en milieu hostile
12:00 – Repas
14:00 – Excursion en bateau et visite du volcan de Santorin (≈ 3h), puis temps libreMercredi 21 octobre
8:30 – I. Grenier – Ondes de choc éruptives: thermodynamique
9:30 – E. Kaminski – Eruptions explosives : conduits volcaniques et panaches atmosphériques
10:30 – Pause café
11:00 – A. Fournier – A quick introduction to data assimilation – Kalman filtering, variational
assimilation. The archetypal application: Numerical Weather Prediction
12:00 – Repas
14:00 – A. Fournier – A quick introduction to data assimilation – Other examples of application:
Geomagnetism, Solar Magnetism, Mantle convection
15:00 – F. Brenguier – Collecte et traitement de données milieux extrêmes – Big data : les enjeux
du traitement de données massives en Sciences de la Terre. Le cas des volcans.
16:00 – Pause café
16:30 – M. Le Jeune – Comment faire la carte de l’explosion du Big Bang : analyse de données
en cosmologie
17:30 – Posters AstrosciencesJeudi 22 octobre
8:30 – I. Grenier – Ondes de choc éruptives : accélération de Fermi
9:30 – I. Grenier – Ondes de choc relativistes dans l’Univers
10:30 – Pause café
11:00 – F. Brenguier – Collecte et traitement de données milieux extrêmes – Compréhension
des systèmes volcaniques : Confronter les données aux modèles»
12:00 – Repas
14:00 – Happening -
Autumn school Speakers graciously put their PDF presentations available to students. These materials belong to them as well as all content, please don’t use their work without their permission.
Audio recordings were made during their conference in support presentations.
Sacha Brun
- Convection, Dynamo et Magnétisme dans les étoiles et leur évolution séculaire (PDF)
- Physics of Solar Atmosphere, Corona and Heliosphere and Space Weather (PDF)
- Movie “La météo de l’espace, l’émergence d’une nouvelle science”
Florent Brenguier
Alexandre Fournier
- A quick introduction to data assimilation – Part 1 (PDF)
- A quick introduction to data assimilation – Part 2 (PDF)
- Data Assimilation with 3D models of the Earth’s dynamo (PDF)
Isabelle Grenier
Claude Jaupart
- Volcanic eruptions, a primer (PDF)
- Magma transport through the upper crust (PDF)
- Dike propagation beneath a volcanic edifice (PDF)
- Santorini Volcano (PDF)
Edouard Kaminski
Maude Le Jeune
Germano Nardini
- The Higgs boson and its (plausible) history: from LHC to the early Universe – Part 1 (PDF)
- The Higgs boson and its (plausible) history: from LHC to the early Universe – Part 2 (PDF)
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Astrosciences :
- Marco Agnan: The educational nano-satellite project from LabEx UnivEarthS
- Roxane Barnabe : Le confinement de la tachocline solaire
- Lucile Fayon: Interferometric readout for seismometers
- Henri Inchauspé: From LISA pathfinder to eLISA mission: a noise simulator for eLISA
- Alan Loh: Transient Events from a Galactic Black Hole X-ray Binary
- Pierros Ntelis: Homogeneity scale of the universe through large scale structure survey
- Camille Perbost: A256-TES array for the detection of CMB B-mode polarisation
- Quentin Remy: Interstellar gas and dust in the Taurus-Perseus-California clouds
- Mikhail Stolpovskiy: QUBIC experiment
Geosciences :
- Balthasar Kenda: Seismic noise on Mars and subsurface structure
- Navid Hedjazian: Seismic Anisotropy and the Lithosphere Asthenosphere Boundary in Oceanic Basins
- Emily Pringle: Silicon Isotope Geochemistry of Ocean Island Basalts: Search for deep mantle heterogeneitis and evidence for recycled oceanic crust
- Melanie Thiriet: Viscoelastic deformations due to recent Greenland ice sheet mass changes – Issues and consequences
- Shishao Yuan: Localized 4D elastic full waveform inversion
High School Teachers :
- Lucas Bollori, Faustine Gendron & Félix Villeneuve : L’origine de l’activité magmatique au niveau des zones de subduction – Un exemple de “tâche complexe” au lycée, niveau Terminale S
- Mohamed El Abed: Near field speckle correlations
- Manuella Van Praët : Comprendre des phénomènes géologiques par une démarche de résolution lors d’un voyage en TS
- Arnaud Van Praët : Utilisation du numérique en sciences de la Terre
Administrative staff :
- Anaely Landois : La DARI (Direction d’appui à la recherche et l’innovation)
- Emilie Né : La DARI – L’univers du projet
- Yann Schneider : IDF Innov, à votre service pour valoriser votre recherche
Germano Nardini gave the students a challenge during his course ; Mikhail Stolpovskiy found the answer and presented with success the “Baryon assymetry“.
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A lot of pictures has been shot during the Fall School in Santorini. You can watch this video slideshow to see some of them :