REXS2022

Après le succès des éditions précédentes (NSLS2 2019, DESY 2016, Oxford 2013, Aussois 2011), la 5^ème Conférence Internationale sur la Diffusion Élastique Résonnante des Rayons X (REXS2022) se tiendra à nouveau en Europe.

L'objectif de la conférence est de rassembler une communauté REXS en pleine expansion, de partager les avancées scientifiques récentes, de faire le point sur les capacités expérimentales actuelles et de discuter des défis et opportunités futurs.

Une attention particulière sera accordée à la multimodalité et à la cohérence des rayons X. Une série de cours introductifs seront consacrés aux étudiants et non-experts, ainsi que des tutoriels pendant la conférence. Une visite du synchrotron SOLEIL sera proposée.

Les sujets abordés seront les suivants :

Ordre électronique et magnétique, phénomènes interfaciaux, matériaux quantiques, matière molle, transitions de phase et inhomogénéité.
Symétrie, topologie, structures artificielles, dimensionnalité réduite, structure et dynamique.
Cohérence, imagerie, nanodiffraction, réflectivité, polarisation et analyse de l'énergie (REXS dans RIXS).
Développement instrumental, multimodalité.
Théorie et simulation, modélisation et analyse des données.
Utilisation de la cohérence sur les sources à diffraction-limited et sur les XFELs.
Nouvelles possibilités offertes par les source de laboratoire de type HHG.

Local Organizing Committee

G. BEUTIER, SIMaP
S. BONNARDEL, Synchrotron SOLEIL
M. CAPODANO, Synchrotron SOLEIL
C. ENJOMMET, Synchrotron SOLEIL
F. FRAISSARD, Synchrotron SOLEIL
C. GODEFROY, Synchrotron SOLEIL
E. JAL, Laboratoire de chimie-physique matière et rayonnement
N. JAOUEN, Synchrotron SOLEIL
Y. JOLY, Institut Néel
D. MASSOT, Laboratoire de chimie-physique matière et rayonnement
M. SACCHI, Institut des NanoSciences de Paris & Synchrotron SOLEIL
A. TALEB, Synchrotron SOLEIL
J-M. TONNERRE, Institut Néel & Synchrotron SOLEIL
S. YAO, Synchrotron SOLEIL

Scientific Advisory Committee

E. BENCKISER, Max Planck Institut Stuttgart, Gemany
N. BROOKES, ESRF, France
S. P. COLLINS, Diamond Light Source, United Kingdom
J. SCHLAPPA, EuXFEL, Germany
Y. GRUNDER, Liverpool University, United Kingdom
C. GUTT, Siegen University, Germany
D. HASKEL, APS/ANL, United States of America
H. JANG, PAL XFEL, Korea
C. MAZZOLI, NSL2/BNL, United States of America
E. OVCHINNIKOVA, Moscow University, Russia
F. RODOLAKIS, APS/ANL, United States of America
S. ROY, ALS Berkeley, United States of America
U. STAUB, PSI, Switzerland
G. SUBIAS, ICMA, Spain
Y. TANAKA, Spring-8, Japan
M. VALVIDARES, Alba, Spain
E. WESCHKE, HZB-Bessy2, Germany

Please consult the provisional programme here below in "Downloads frame".

Confirmed Invited speakers:

Dr Felix BUTTNER, Helmholtz Zentrum Berlin, Germany
X-ray studies of fluctuating magnetic states: from pump-probe scattering to coherent correlation imaging
Pr Stefan EISEBITT, Max Born Institute, Germany
Time-resolved resonant scattering at large scale facilities and laboratory sources in the study of magnetization dynamics
Pr Jochen GECK, Technische Universitaet Dresden, Germany
Title to be communicated
Pr Thorsten HESJEDAL, Oxford University, United Kingdom
Title to be communicated
Dr Alexei MAZNEV, Massachusetts Institute of Technology, USA
Title to be communicated
Dr Margaret McCARTER, Advanced Light Source Berkeley, USA
Structural chirality of polar skyrmions and vortices probed by resonant elastic x-ray scattering
Dr Matteo MITRANO, Harvard University, USA
Probing the finite momentum spectrum of light-driven superconductors
Dr Matteo PANCALDI, FERMI, Elettra, Italia
Application of XUV beams carrying orbital angular momentum to magnetization dynamics measurements: the novelty of magnetic helicoidal dichroism
Dr Yingying PENG, Peking University, China
Observation of charge order beyond superconducting regions of cuprates
Dr Valerio SCAGNOLI, Paul Scherrer Institute, Switzerland
X-ray 3D magnetic imaging
Dr Jennifer A. SEARS, Brookhaven National Laboratory, USA
Resonant x-ray measurements of magnetism in RuCl₃
Dr Sandra SKAJÆRVØ, Columbia University, USA
Recurring dynamics of an incommensurate magnetic phase in an artificial square ice close to T_N
Dr Yvonne SOLDO, Institut Néel, France
Coupling of in situ surface resonant X-Ray diffraction with ab initio calculations: a new tool to access the charge distribution at the electrochemical interface
Dr Hiroki UEDA, Paul Scherrer Institute, Switzerland
Conical spin order with chiral quadrupole helix in CsCuCl3

School - June 28th, 2022, 9h00-13h00:

Introduction to REXS by Steve Collins
X-ray Matter Interaction by Yves Joly
Charge study using x-ray resonant scattering by Christophe Lefèvre
X-ray Resonant Magnetic Scattering by Guillaume Beutier and Emmanuelle Jal
Instrumentation by Claudio Mazzoli

For non expert, it is highly recommended to follow the school in order to fully benefit of the tutorials proposed on Thursday June 30th 2022.
The titles are provisional.

Registration

Registration are closed.

Type of Participant	AMOUNT
Participant / Organizing Committee	€240
Student	€60
Invited speaker	Free

Terms of payment

Payment by bank transfer
Thank you for transmitting your payment by bank transfer to the following account number:
BNP Paris Bas
International Bank Account Number (IBAN): FR76 3000 4006 8400 0100 8245 430
Bank Identification Code (BIC): BNPAFRPPIFO Synchrotron SOLEIL
With mentionning your name and the users meeting reference: REXS2022 / AG 69210604.
Your registration will be definitive as soon as your payment will be received.

Payment by credit card
A payment online is possible. You just have to select this mode of payment when registrating and to follow instructions.

Payment by order form for Public organism
For public organism the order form is MANDATORY.
Please send it to the following address: Conf-REXS2022@synchrotron-soleil.fr
Please indicate the name(s) of the participant(s), the service code Chorus Pro and the users meeting reference: REXS2022 / AG 69210604.

Submission is closed .

Oral communication : submission is closed

Invited talks / Posters : submission is closed

To submit a contribution, please use the available template : Template abstracts (31.5 Ko)

Exhibitors

Exhibitor offers

We are pleased to invite your company to participate in the 5th international conference on Resonant Elastic X-ray Scattering will be held at the ‘Campus Pierre and Marie Curie’, from June 28th to July 1st, 2022.

The goal of the conference is to bring together the expanding REXS community, to share recent scientific achievements, reporting on current experimental capabilities, and discussing future challenges and opportunities. Particular attention will be focused on multimodality and x-ray coherence in REXS.
During the five days, your representatives will be in close contact with international scientific experts, in a stimulating environment, where you could introduce new products and developments, and build new relationships with potential customers.

We invite you to start planning your participation as an industry exhibitor or sponsor. Various options are available.
If you have any further questions about the exhibition and sponsorship and would like to join us, please contact Conf-REXS2022@synchrotron-soleil.fr

We are looking forward to welcoming you in Paris.

Exhibition and sponsoring information

These services are proposed in the 600,00€ all taxes included (500,00€ before VAT), which includes:

Exhibition space, one poster board for 2 persons: access to plenary sessions, parallel sessions, company logo on the website and list of commercial exhibitors with company logo in the electronic book of abstracts, coffee breaks, cocktail on 20 January and lunches (28, 29, 30 June and 1 July).
The exhibitors can also insert an advertising page into the electronic abstracts book of the REXS2022, for a supplementary 240,00€ all taxes included (200,00€ before VAT) amount.
Please note that there will be no hard copy of the abstract book, which will be delivered on a USB stick.

The participation fee includes :
Participation in all conference sessions;
The book of abstracts;
Lunch and coffee break.

Address

Campus Pierre and Marie Curie (in the amphitheater 25)
4 place Jussieu
75005 Paris

Venue information

The meeting will take place on Tuesday 28th June to Friday 1rd July 2022, at Campus Pierre and Marie Curie in the amphitheater 25.

The Campus Jussieu is located in the 5th arrondissement, the oldest in the city of Paris. Located on the left bank of Paris, it covers most of the magnificent Latin Quarter. Many public institutions reside in this district: 'Ecole Normale Supérieure' (ENS), National School of Chemistry of Paris (ENSCP), the Currie Institute, the Ministry of Research or Sorbonne University which includes the Campus Pierre and Marie Curie. The 5th arrondissement is also full of monuments such as the Pantheon, La Sorbonne and famous gardens like the 'Jardin des Plantes de Paris'.

BY TAXI - AIRPORT TO CAMPUS PIERRE AND MARIE CURIE:

The Campus Pierre and Marie Curie is located:

From Paris Airport - Roissy Charles De Gaulle : 35km (55 min)
From Paris Airport - Orly : 16km (35 min)

The price of a journey by taxi is:
Between Paris-Orly airport and Paris 'left bank': €30. More information on the Orly Airport website
Between Paris-Charles de Gaulle airport and Paris 'left bank': €55. More information on the Roissy-Charles de Gaulle airport website

BY TRAIN:

From Paris-Charles de Gaulle Airport 2 - TGV

Proposal 1:
Take the RER B towards : Orsay or Massy or Saint-Rémy-les-Chevreuses. Be careful, make sure that it stops at the station 'Saint-Michel-Notre-Dame'
Get off at the station ‘Saint-Michel-Notre-Dame’ and walk about 16 min towards Campus Pierre and Marie Curie.

Proposal 2:
Take the RER B towards : Orsay or Massy or St-Rémy-les-Chevreuses. Be careful, make sure that it stops at the station ‘Châtelet-Les Halles’
Get off at the station ‘Châtelet-Les Halles’ and take the subway 7 towards ‘Mairie d’Ivry’.
Get off at the station ‘Jussieu’ walk about 2 min towards Campus Pierre and Marie Curie.

From Orly Airport

Take the tram 7 towards ‘Villejuif-Louis Aragon’ and get off at the station ‘Villejuif-Louis Aragon
Take the subway 7 towards ‘La Courneuve 8 mai 1945’ and get off at the station Jussieu
Walk about 2 min towards 'Campus Pierre and Marie Curie'

From Nord station

Proposal1:
Take the RER B towards : Robinson or Orsay, Massy or Saint-Rémy-les-Chevreuses.
Be careful, make sure that it stops at the station 'Saint-Michel-Notre-Dame'
Get off at the station ‘Saint-Michel-Notre-Dame’ and walk about 16 min towards Campus Pierre and Marie Curie.

Proposal 2:
Take the RER B towards : Robinson or Orsay, Massy or Saint-Rémy-les-Chevreuses.
Be careful, make sure that it stops at the station 'Saint-Michel-Notre-Dame'
Take the subway 10 towards ‘Gare d’Austerlitz’
Get off at the station ‘Jussieu’ and walk about 2 min towards Campus Pierre and Marie Curie.

From Lyon station

Take the subway 14 towards ‘Gare St Lazare’ and get off at the station ‘Châtelet-Les Halles’
Take the subway 7 towards ‘Mairie d’Ivry’ and get off at the station ‘Jussieu’ and walk about 2 min towards Campus Pierre and Marie Curie.

From Austerlitz station

Take the subway 10 towards : Boulogne/Pont de St Cloud.
Get off at the station ‘Jussieu’ and walk about 2 min towards Campus Pierre and Marie Curie.

From Saint-Lazare station

Take the subway 14 towards ‘Olympiades’ and get off at the station ‘Pyramides’.
Take the subway 7 towards ‘Villejuif – Louis Aragon’ and get off at the station ‘Jussieu’ and walk about 3 min towards Campus Pierre and Marie Curie.

From Montparnasse station

Proposal 1:
Take the subway 13 towards : Asnieres Gennevilliers les Courtilles
Get off at the station ‘Duroc’ and take the subway 10 towards ‘Gare d’Austerlitz’
Get off at the station ‘Jussieu’ walk about 2 min towards Campus Pierre and Marie Curie.

Proposal 2:
Take the subway 6 towards : ‘Nation’ and get off at the station ‘Place d’Italie’
Take the subway 7 towards ‘La Courneuve 8 Mai 1945’ and get off at the station ‘Jussieu’
Walk about 2 min towards Campus Pierre and Marie Curie.