Non classé

The necessary elements are included in PhDThesisED182Template.zip:

• a document class called PhDThesisED182.cls, based on the book class, containing some minimal number of packages and commands
• the official ED182 front cover and back cover are directly implemented in .tex format
• an example of main file (main.tex) creating a document (of class PhDThesisED182) with an example of architecture (front cover, abstract, table of contents, introduction, a few chapters, conclusions, appendices, bibliography, back cover)

An example of usage is available via this Overleaf link.

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Many comments are already available inside the files, but here are some spar remarks:

• the content of the .zip file can be imported locally (e.g. TexMaker) or on Overleaf
• the user’s name and firstname, along with the thesis title are indicated lines 17 to 20 in PhDThesisED182.cls, which automatically generates the front and back covers according to these pieces of information
• new commands can of course be added, the user is free to implement them either directly in the PhDThesisED182.cls file or to create a new commands.tex file that shall be included in the preamble of main.tex
• the language (french by default) can be modified line 26 in PhDThesisED182.cls

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Class options:

• showNotes allows to display (resp. to hide) the notes environments if the option is enabled (resp. disabled). This is useful to quickly show or hide one’s personal notes in the core of the text
• showLineNumbers allows to display (resp. to hide) the line numbers if the option is enabled (resp. disabled)
• showWatermark allows to display (resp. to hide) a watermark on every page of the document if the option is enabled (resp. disabled)

Laboratoire des Biomatériaux et Ingénierie Tissulaire, INSERM – UMR 1121

1. Développement d’encres d’impression 3Dantimicrobiennes avancées (Y. ARNTZ)

2. Étude des interactions avec le sang et les tissus environnant d’un dispositif médical innovant pour la régénération endodontique (F.MEYER)

3. Développement d’hydrogels et de films antibactériens biosourcés (L. PLOUX, C. NARDIN)

Institut de Sciences des Matériaux de Mulhouse – UMR 7361

4. Compréhension du rôle de la courbure dans les processus de migration cellulaire et de morphogénèse tissulaire (K. ANSELME)

5. Mise au point de nouveaux photoamorceurs organiques pour des réactions de chimie fine dans des conditions douces sous lumière visible (J-M. BECHT)

6. Thermochemical heat storage: salts hydrate/biochars composites (S. BENNICI)

7. Croissance de germanène sur substrats métalliques et isolants (D. DENTEL, C. PIRRI)

8. Carbon-based electrodes for high energy and power supercapacitors (C. GHIMBEU)

9. Étude du transfert de charge dans des assemblages moléculaires par simulation numérique (M-C. HANF)

10. Synthèse d’adsorbants composites catalytiques et leur application dans l’élimination et la dégradation des polluants organiques (A. JADA)

11. Auto-assemblage de nanoparticules de suie à la surface de microtubes de carbone chauffés par l’effet Joule (V. LUCHNIKOV)

12. 3D-ED pour la localisation des cations dans les zéolithes synthétiques et naturelles (J-L. PAILLAUD)

Laboratoire des Biomatériaux et Ingénierie Tissulaire, INSERM – UMR 1121

1. Développement d’encres d’impression 3Dantimicrobiennes avancées (Y. ARNTZ)

2. Étude des interactions avec le sang et les tissus environnant d’un dispositif médical innovant pour la régénération endodontique (F.MEYER)

3. Développement d’hydrogels et de films antibactériens biosourcés (L. PLOUX, C. NARDIN)

Institut de Sciences des Matériaux de Mulhouse – UMR 7361

4. Compréhension du rôle de la courbure dans les processus de migration cellulaire et de morphogénèse tissulaire (K. ANSELME)

5. Mise au point de nouveaux photoamorceurs organiques pour des réactions de chimie fine dans des conditions douces sous lumière visible (J-M. BECHT)

6. Thermochemical heat storage: salts hydrate/biochars composites (S. BENNICI)

7. Croissance de germanène sur substrats métalliques et isolants (D. DENTEL, C. PIRRI)

8. Carbon-based electrodes for high energy and power supercapacitors (C. GHIMBEU)

9. Étude du transfert de charge dans des assemblages moléculaires par simulation numérique (M-C. HANF)

10. Synthèse d’adsorbants composites catalytiques et leur application dans l’élimination et la dégradation des polluants organiques (A. JADA)

11. Auto-assemblage de nanoparticules de suie à la surface de microtubes de carbone chauffés par l’effet Joule (V. LUCHNIKOV)

12. 3D-ED pour la localisation des cations dans les zéolithes synthétiques et naturelles (J-L. PAILLAUD)

Observatoire Astronomique de Strasbourg – UMR 7550

13. L’émission millimétrique à centimétrique des galaxies proches (C. BOT)

14. Structure et évolution de régions de formation stellaire à l’heure de Gaia (L. CAMBRÉSY; A. SIEBERT)

15. Study of the diffuse stellar structures in the nearby Universe in the era of the large scale surveys Euclid and LSST (P-A. DUC)

16. Diagnostique polarimétrique des régions UV et X autour des trous noirs supermassifs (F. MARIN)

17. BRETZEL: BREakThrough Zoom simulations of thE Local group (P. OCVIRK)

Institut de Physique et Chimie des Matériaux de Strasbourg – UMR 7504

18. Superconductivity in infinite-layer nickelates – The role of the capping layer (N. VIART. D. PREZIOSI)

19. Matériaux nanocomposites à base de biopolymères et de nanoparticules activables sous champ magnétique et lumière infra-rouge pour l’ingénierie tissulaire (D. MERTZ)

20. Amorphous nanomaterials in qubits and PCMems: quantum tunneling and thermal transport by first-principles, enhanced sampling and machine learning (M. BOERO)

21. Développement de molécules organiques pour l’électronique liquide : Application aux cellules solaires à colorant et aux OLEDs liquides (S. MERY)

22. Chiral assemblies via metallophilic interactions for circularly polarized light-emitting diodes (CP-OLEDS)  (M. MAURO)

23. Design and characterization of new laser dyes for organic laser diode (A. D’ALÉO; B. DONNIO)

24. Organic dielectrics toward green energy storage (S. BOUKARI, B. GOBAUT, V. DA COSTA)

25. Simulation of Magnonic Properties of Three-Dimensional Nanoarchitectures (R. HERTEL)

26. Electro-optical functionalities in 2D/ferroelectric-photovoltaic structures (B. KUNDYS)

27. Reversibility and plasticity in a colloidal glass (P. HÉBRAUD)

28. Ultrafast spectroscopy of GaN Quantum Dots (M. GALLART)

29. Ultrafast magnetization dynamics in ferromagnetic nanostructures probed with High order Harmonics (M. BARTHELEMY; V. HALTE)

30. Rational Design of Molecular Nano-Architectures on Complex Metallic Surfaces (C. GOYHENEX)

31. Microscopie corélative pour l’étude operando des photoanodes utilisées pour la photoélectrolyse de l’eau (W. BAAZIZ; O. ERSEN)

32. Photosynthesis at the nanoscale (G. SCHULL)

Institut de Chimie et Procédés pour l’Energie, l’Environnement et la Santé – UMR 7515

33. Conducting nanofibers from organic semiconductor polymers for thermoelectricity and electrochemical transistor applications (N. LECLERC)

Institut Pluridisciplinaire Hubert Curien – UMR 7178

34. Système intelligent pour la radioprotection des neutrons auprès des accélérateurs (N. ARBOR; M. VANSTALLE)

35. Mécanismes de la radiolyse de peptides Effets du débit de dose (R. BARILLON)

36. Changement de paradigme en imagerie par tomographie d’émission de positons (D. BRASSE)

37. Gamma Gates & Particle Acceptance in 12C+12C (S. COURTIN)

38. Improvement of the muon track reconstruction and precision measurement of neutrino oscillation parameters (M. DRACOS)

39. Simulations and Physics Analysis for a Vertex Detector Optimization of a Future Higgs Factory (FCCEE/ILC): from Heavy Flavor Tagging to Long Lived Particles Searches (Z. EL BITAR; A. BESSON)

40. Recherche de physique au-delà du MS dans les transitions b→s (C. FINCK)

41. Synthèse et spectroscopie des noyaux superlourds aux limites (B. GALL)

42. Search for charge-parity (CP) violation in Higgs decays to two  leptons (A-C. LE BIHAN; S. FALKE)

43. Searching for Multimessenger Gravitational Wave Events (B. MOURS)

44. Nuclear observables for nucleosynthesis processes (K. SIEJA)

Institut Charles Sadron – UPR 22

45. Mécanique du contact glissant sur surfaces de polymères à rhéologie plastique anisotrope (C. GAUTHIER)

46. Physics of drying colloidal suspensions (F. THALMANN)

47. Stress correlations in glass-forming liquids (J. BASCHNAGEL; A. SEMENOV)

48. Long-range repulsion in polymer melts: Does the Anti-Casimir effect exist ? (J. P. WITTMER)

49. Conducting porous polymer for thermoelectric applications (L. BINIEK)

50. Détermination de la structure de nanofibres de peptides auto-assemblés (M. SCHMUTZ; L. JIERRY)

51. Hierarchical nanocomposite materials with anisotropic properties (O. FELIX)

52. Relations entre altérations physiques et chimiques de peintures à l’huile historiques (P. KEKICHEFF; T. ROLAND)

Following the decision of the ED 182 Council, you will find below the procedure for the auditions that will take place from 04 to 06 June 2025 for the award of doctoral contracts:

– The auditions will take place face-to-face or by videoconference depending on the health situation (the colleagues presenting the subjects must ensure that their candidates have the necessary means to pass the video in good conditions).

– On the day of the audition, candidates must be in possession of a national identity card or passport.

– At the audition, the candidate will present his or her internship results and, if applicable, a bibliographical study on his or her subject. In both cases, he or she will have to position the subject in relation to the international state of the art and provide three key publications in the 2-page internship report  – to be provided at the very latest by Wednesday 21 Mai 2025 – noon  –  so that the rapporteurs can possibly refer to it to prepare their questions.

– The oral presentation should be no longer than 10 minutes.

During his or her thesis, the doctoral student must complete his or her scientific training by taking courses in scientific opening which he or she will choose from the range offered by the Doctoral School. These courses are intended to broaden the scope of interest of doctoral students, particularly to help them prepare their post-doctoral thesis.

Each doctoral student is invited to follow at least one course offered by the ED, preferably during the first two years of the thesis. In order to participate fully, it is recommended that they develop their schedule accordingly. These courses are unique, different each year and open to everyone. If justified, and with the prior agreement of the director of the ED through the secretary of the ED, the doctoral student can follow one of the three courses requested in the form of a summer school, a workshop or scientific modules in its field of activity. All registration for ED 182 scientific training must be done through the Amethis digital platform. If you wish to validate the training you have followed, you will need to apply for a “demande d’equivalence” on AMETHIS, enclosing a certificate.
You will find all the information in the user manual or on AMETHIS (by clicking on the little robot).

To participate in other training courses (apart from those offered by the ED) the doctoral student must first and obligatorily submit a request to the ED, justifying the reasons which lead him to choose this training. If the director of the ED gives his consent, the training can be validated. The doctoral student must create a request to take into account training hours on Amethis.

PLEASE NOTE : Conferences, workshops, participation in congresses as well as oral and/or poster presentations at congresses are not counted as scientific training. These oral communications and / or posters represent only a pedagogical obligation constituting the doctoral student’s path, to be validated as such and not in training hours.

2025-2026

A winter school dedicated to future colliders and their physics in connection with the ongoing update of the European particle physics strategy is being organised at the IPHC.
This school is mainly aimed at particle physicists but is also open to and offered to doctoral students from ED 182. Course summary and programme
Prerequisites: basic knowledge of particle physics

Dates: 17 to 21 November 2025
Venue: IPHC (Grünewald Amphitheatre, building 25 Cronenbourg campus, Strasbourg)
Number of participants: limited to 20 people
Speaker/Contact: Giulio DUJANY – giulio.dujany@iphc.cnrs.fr

Registration required via AMETHIS till 30 October 2025: ST-ED182-FD-40
Training validated for 18 hours of disciplinary/scientific training based on your mandatory participation for the entire duration of the school/attendance list.

________

As part of the inauguration of the new ARM2 Large Transmission Electron Microscope, the IPCMS

— is offering a public lecture on Monday, 13 October 2025, from 11:00 to 12:30
a public lecture entitled ‘From latest-generation materials to cutting-edge analysis tools: an unbeatable combination,’ presented jointly by Prof. Clément SANCHEZ, Collège de France – USIAS, and Prof. Gianluigi BOTTON, Diamond Light Source Synchrotron (UK)
Venue : Amphi IPCMS

— is organising on Tuesday, 14 October 2025, from 9:00 a.m. to 5:00 p.m.
a scientific symposium on transmission microscopy
Venue : Amphi Grünewald at IPHC

Click on the programme.

Contact for this training duo: Prof. Ovidiu Ersen, ovidiu.ersen@ipcms.unistra.fr

Please note that places are limited to 15 people!

Registration is mandatory via AMETHIS: until 3 October 2025 – ST-ED182-FD-39
This training course will be validated for 9½ hours of disciplinary/scientific training based on your mandatory participation in the conference + symposium / attendance list

2024-2025

2023-2024

==> 01 to 04 July 2024 :  ITI HiFunMat organises the Summer school  “Materials for the Environment and the Society” taking place at the Collège Doctorale Européen in Strasbourg (46 Bd de la Victoire)
Programme on the site-web: https://hifunmat.unistra.fr/graduate-school/summer-school-2023-1 

==> 01 to 05 July 2024  in Strasbourg : European Summer School “Radiation Measurements and Radiochemistry in Environment and Decommissioning”
Information, including a preliminary program, is available on the school’s website: https://indico.in2p3.fr/event/20710/
Number of participants is alimited – registration open until 15 April 2024 (deadline).

==> Course on “Practical data analysis – 2024” by Doru CONSTANTIN (Charles Sadron Institute, CNRS)
20 February and continuing sessions : every Tuesday from 1.30 to 5.30 pm from 20 February to 09 April 2024
Registration deadline via AMETHIS: 19 February 2024

==> 18 and 21 December 2023 : 2 lectures by Prof. Paulo A. Maia Neto, Institute of Physics, Federal University of Rio de Janeiro, Brazil
* Lecture 1: Decoherence of massive particles by radiation pressure  :  18 December 2023 –  16hrs to 17h00, Auditorium IPCMS
* Lecture 2 : Dynamical Casimir effects with atoms : 21 December 2023  – 16hrs to 17h00, Auditorium IPCMS
Détails and requirements here
Registration on AMETHIS (ST-ED182-FD-22)

==> 1st, 2nd and 3rd semester of the academic year 2023/24 :  scientific training on “Vlasov-Boltzmann equations applied to astrophysical plasmas” with the format of three sets of ten lectures/semester.

Here are the general topics covered by each lecture set :
1. Stellar dynamics, stellar evolution, the formation of stellar black holes, introductory relativity (special, general) : Christian Boily ;
2. The physics of pulsars, their atmospheres, multipolar configurations, relativistic plasmas, pair-creation, pulsars as gravitational antennas, gravitational waves : Jérôme Pétri ;
3. Galaxies as a fluid of stars, the formation of galaxies, equilibrium state and perturbative treatment, the Gaia mission : Giacomo Monari.

Programme of three sets of conferences  click here
Venue : all the lectures will take place at the Observatoire Astronomique de Strasbourg (11 rue de l’Université)
* Set #1 : lectures calendar click here : registration on AMETHIS – (ST-ED182-FD-20)
* Set #2 : lectures calendar click hereI : registration on AMETHIS – (ST-ED182-FD-20-2)

==> 8-9-10 november 2023 / Characterization DAYs of GDR NINO  “From standard to advanced characterization techniques”
Venue : ECPM, Amphi Lambla, building 23 rue Loess, Cronenbourg campus, Strasbourg
Programme here : ICI
Registration : email directly to Sylvie BEGIN  sylvie.begin@ipcms.unistra.fr   / Training validation : 12 hours (scientific training) for participation to the whole training

==> 8-9-10 novembre 2023 / Lectures on Common Analysis Techniques in Flavour Physics – Un cours (2 jours 1/2) sur l’utilisation de l’intelligence artificiel en physique – Cliquez sur le programme
Lieu : IPHC, Amphi  Grünewald, building 25 Cronenbourg campus, Strasbourg
Inscription via AMETHIS – Attention places limitées  / Validation à hauteur de 18 heures en formation scientifique et pour la participation à toute la formation

==> 18-19 septembre 2023 : L’IPCMS accueillera le Professeur Federico POLO de l’Université Ca’ Foscari de Venise. A cette occasion le Professeur Federico POLO dispensera un cours introductif d’électrochimie moléculaire de 4 heures (deux fois 2 heures).
Dates et lieu : Lundi 18 septembre – 9h30 (2 heures) / Mardi 19 septembre – 9h30 (2 heures) //Salle 74 de l’IPCMS

2022-2023

Master Class Open Science and Scientific Publishing : 19 and 20 June 2023
Organised by the Institut Charles Sadron (UPR22)/CNRS, with the Société Française de Physique (SFP) and ED 182. Location: IPHC (Cronenbourg). Descriptive sheet (in English). Provisional programme to come.
Please note that the training course  will be in English
Registration via the AMETHIS platform
Deadline for registration: 15 May 2023

Course on “Practical data analysis” by Doru CONSTANTIN (Charles Sadron Institute, CNRS)
28 February and continuing sessions : every Tuesday from 1.30 to 5.30 pm from 28 February to 11 April and 9 May 2023.
Registration deadline via AMETHIS: 16 February 2023

2ᵉ Winter School “Socio ecosystems” : 27 February to 1 March 2023
at La Maison de la Nature in Muttersholtz (67).
This winter school, organised by the Réseau des Zones Ateliers (RZA), is intended for doctoral students and post-doctoral fellows from all disciplines (biology, ecology, geology, health, law, sociology, economics, philosophy, archaeology, etc.). It offers three days of training and experimentation on socio-ecosystems with seminars, workshops and game nights.
This winter school is paid for by the RZA, excluding travel expenses. Click on the Programme (in French)
Deadline for registration via AMETHIS: 10 February 2023
The training will be counted on AMETHIS for 15 hours of disciplinary training

2021/2022

Thematic School “Molecular Photochemistry”  23–25 May 2022

Self-Organization and Physics at Surfaces, Prof. Jean-Pierre Bucher. 14, 21, 28 June (2 p.m. to 4 p.m.) and 1^st July (10 a.m. to 12 p.m.), 5 July (2 p.m. to 4 p.m.), 8 July 2022 (10 a.m. to 12 p.m.).

Practical Data Analysis Doru Constantin from March 15, 2022Registrations closed – number of participants reached

Lectures by Prof. Clément Sanchez :
Cours 1 “La nature, source d’inspiration pour la science des matériaux ” 01 Dec 2021 / 16:30-18:00;
Cours 2 “Histoire des matériaux hybrides: de la préhistoire aux applications industrielles ” 02 Dec 2021 / 16:30-18:00
Cours 3 “Chimie Douce : Hier et Aujourd’hui” 26 Jan 2022 / 16:30-18:00
Cours 4 “Vers des vecteurs thérapeutiques hybrides multifonctionnels” 27 Jan 2022 / 15:00-16:30
Cours 5 “Matériaux Poreux : une introduction” 08 Mar 2022 / 16:30-18:00COURSE CANCELED
Cours 6 “Matériaux poreux à structures hiérarchiques“ 09 Mar 2022 / 16:30-18:00

Introduction to Quantum Science and Technology Shannon Whitlock (CESQ & ISIS, University of Strasbourg), Martin Gärttner (University of Heidelberg). Online: 18 Oct / 14:15-15:15 ; 20 Oct / 16:15-17:15 ; 25 Oct / 14:15-15:15 ; 27 Oct / 16:15-17:15 ; 03 Nov / 16:15-17:15 ; 08 Nov / 14:15-15:15 ; 10 Nov / 16:15-17:15 ; 15 Nov / 14:15-15:15 ; 17 Nov / 16:15-17:15 ; 22 Nov / 14:15-15:15 ; 24 Nov / 16:15-17:15 ; 29 Nov / 14:15-15:15 ; 01 Dec / 16:15-17:15 ; 06 Dec / 14:15-15:15 ; 08 Dec / 16:15-17:15 ; 13 Dec / 14:15-15:15 ; 15 Dec / 16:15-17:15 ; 20 Dec / 14:15-15:15 (in person discussion groups with Zoom linkup to the University of Heidelberg). 18 hours total.

Lectures group theory Pierre Baumann (Strasbourg Univ.), Guillaume Bossard (Ecole Polytechnique), Rodolfo Jalabert (Strasbourg Univ.). 18, 19, 21, 22 July 2022 14:00-17:25

FORMER TRAINING:

CNRS School « Femto-UP 2020-21: Ultrafast lasers technologies and applications », Online : March 8th to 29th, 2021

Local Spectroscopies for the Nanosciences Prof. Jean-Pierre Bucher, Strasbourg. Online : 4, 11, 18, 25 26 March and 8, 15, 22, 29 April 2021 from 14:00 to 16:00

Quantum simulation and quantum computing with atomic qubits Shannon Whitlock. Teached by videoconference on January 18, 19, 25 and 26, 2021 from 3 p.m. to 6 p.m.

Low-dimensional materials Prof. Florian Banhart, starting 26th march 2020. Remote course given on the following dates : May 13, 15, 18, 22, 27 and 29.

The mathematical structures for symmetries: How elementary particles are classified and interact? Prof. Michel Rausch de Traubenberg, starting 30th march 2020. Given in visio on the following dates: 10, 15, 22, 24, 29 June and 01, 06 and 08 July 2020 from 2 p.m. to 4 p.m.

The various properties of quantum nano-objects Prof. Jean-Pierre Bucher, starting 7th may 2020. Teached by videoconference on scheduled dates.

By Nicolas Longeard and Khyati Malhan, PhD students of Observatoire Astronomique de Strasbourg.

On wednesday, 27 septembre
Where : Amphitheatre in the European Doctoral College
From 18:30 – 20:30

Last deadline for 2025 : 21 November 2025 to submit the file (Commission to take place on 04 December 2025)