International Conference on X-ray Optics,
Detectors, Sources, and their Applications
2016
XOPT2016
Wednesday, May 18
OPIC Plenary Session

9:00-12:10

Room 501+502----- Lunch （12:10-13:30）-----

9:30-12:00

XOPT2: X-ray optics for advanced light sources
Room 313+314
Chair: M. Yabashi, SPring-8/SACLA, JapanXOPT2-1(Invited)
Nanofocusing
mirroroptics
9:30
developments for the ESRF ID-16 beamlines
R. Barrett
ESRF, France
XOPT2-2(Invited) X-ray mirrors at the European
10:00
XFEL
H. Sinn
European XFEL, Germany

13:30-15:30 ALPS, HEDS & XOPT Joint Session I
Room 302
Chairs: M. Yabashi, SPring-8/SACLA, JapanT. Hosokai, Osaka University, JapanXOPTj-1(Invited) X-rays as a Subject for Optics
13:30
Research
T. Ishikawa
RIKEN SPring-8 Center, JapanXOPTj-2(Invited) LCLS-II: A High Repetition Rate
14:00
X-ray Laser Facility
D. M. Fritz
SLAC National Accelerator Laboratory, USA
HEDSj-1(Invited) Exploration of New fields of High
14:30
Energy Density Science
R. Kodama
Osaka University, Japan
ALPSj-1(Invited) HiLASE100: a cryo-cooled 100 J, 10
15:00
Hz DPSSL System
A. Lucianetti
HiLASE Centre, Institute of Physics CAS, Czech
Republic----- Break （15:30-15:45）----15:45-16:45 ALPS, HEDS & XOPT Joint Session II
Room 302
Chair: J. Itatani, Univ. Tokyo, Japan
ALPSj-2(Invited) Current status of PW laser at
15:45
CoReLS and applications
S. K. Lee
GIST, Korea
HEDSj-2(Invited) High-energy Density Science and16:15
plasma physics at ELI Beamlines
G. Korn
Director of ELI Beamlines, Czech Republic----- Break / Move （16:45-18:00）----18:00-20:00

OPIC Reception

Room 501+502

Thursday, May 19
8:55-9:00 Opening
XOPT Opening Remarks
8:55

Room 313+314

Kazuto Yamauchi
Osaka University, Japan

9:00-9:30
XOPT1: X-ray source
Room 313+314
Chair: M. Yabashi, SPring-8/SACLA, JapanXOPT1-1(Invited) Frontline and future perspectives in
9:00
X-ray light source development
H. Tanaka
RIKEN SPring-8 Center, Japan----- Break （10:30-11:00）----Chair: H, Sinn, European XFEL, Germany
XOPT2-3(Invited) Status and Development of hard
11:00
X-ray optics and diagnostics at the Linac
Coherent Light Source
A. Robert
SLAC National Accelerator Laboratory, USA
XOPT2-4(Invited) Optics for XFEL at SACLA
11:30
K. TonoSPring-8/SACLA, Japan----- Lunch Break （12:00-13:00）----13:00-15:00

XOPT3: X-ray microscopy & imaging
Room 313+314
Chair: H. Mimura, The University of Tokyo, JapanXOPT3-1(Invited) Ptychography for x-ray nano-optics
13:00
characterization at synchrotron radiation
sources and x-ray free-electron lasers
C. G. Schroer1,2
1Deutsches
Elektronen-Synchrotron
DESY,
Germany, 2Universität Hamburg, Germany
XOPT3-2(Invited) Recent Developments in X-ray Phase
13:30
Imaging
A. Momose1,2,3
1Tohoku University, Japan, 2ERATO, JST, Japan,
3JASRI/SPring-8, JapanXOPT3-3
Achromatic and high-resolution full-field
14:00
X-ray
microscopy
based
on
four
total-reflection mirrors
S. Matsuyama1, S. Yasuda1, H. Okada2, Y.
Kohmura3, Y. Sano1, M. Yabashi3, T. Ishikawa3,and K.Yamauchi1
1Osaka University, Japan, 2JTEC Corporation,
Japan, 3RIKEN SPring-8 Center, JapanXOPT3-4
Development of a compact x-ray imaging
14:15
optical system using two pairs of concave andconvex mirrors
J. Yamada, S. Matsuyama and K. Yamauchi
Osaka University, JapanXOPT3-5
Grating-Based
Ultra-Small-Angle
X-ray
14:30
Scattering Imaging and its Application to
Grazing-Incidence Case
W. Yashiro1,2 and A. Momose1,2
1Tohoku University, Japan, 2ERATO, JST, JapanXOPT3-6
X-ray Laser Diffraction Imaging of Samples in
14:45
Solution Using Micro-Liquid Enclosure Array
T. Kimura1, Y. Joti2, Y. Bessho3, and Y. Nishino1
1Hokkaido University, Japan, 2JASRI, Japan,
3Academia Sinica, Taiwan

----- Break （15:00-15:30）----15:30-16:45 XOPT4:
X-ray optics (I): refractive optics & applications
Room 313+314
Chair: H. Yumoto, JASRI/SPring-8, JapanXOPT4-1(Invited) 20 years of X-ray refractive optics.
15:30
New promising prospectives for diffraction
limited X-ray sources.
A. Snigirev
Immanuel Kant Baltic Federal University, Russia
XOPT4-2
Diamond refractive lenses as the breakthrough
16:00
optic tool for high heat flux X-ray beams
M.V. Polikarpov1, S.A. Terentiev2, S.N.
Polyakov2, S.I. Zholudev2, V.A. Yunkin3,
I.Snigireva4, Y. Shvyd’ko5, V.D. Blank2, and A.
Snigirev1
1Immanuel Kant Baltic Federal University,
Russia, 2FSBI TISNCM, Russia, 3Institute ofMicroelectronics Technology RAS, Russia,
4ESRF, France, 5Advanced Photon Source,
Argonne National Laboratory, USA
XOPT4-3
Coherent hard X-ray microscopy for the
16:15
characterization of mesoscopic materials
I. Snigireva1, A. Snigirev2
1ESRF, France, 2Immanuel Kant Baltic Federal
University, Russian Federation
XOPT4-4
Design of quasicrystal structure for X-ray
16:30
focusing
T. Hoshino1, T. Fukamizu1, W. Li1, J. Sugisaka2,
N. Watanabe1, S. Aoki1, M. Itoh1
1University of Tsukuba, Japan, 2Kitami Instituteof Technology, Japan
16:45-17:30 XOPT5: X-ray detectors
Room 313+314
Chair: H. Yumoto, JASRI/SPring-8, JapanXOPT5-1(Invited) Requisites of X-ray Imaging
16:45
Detectors for X-ray Free-electron lasers andfuture Synchrotron Radiation Sources
T. Hatsui
RIKEN SPring-8 Center, JapanXOPT5-2
Development of gallium nitride devices for
17:15
X-ray detection
Q. Xu1, W. Chuirazzi1, P. Mulligan1, J. Wang1,2,and L. Cao1
1The Ohio State University, USA, 2Stanford
University, USA----- Break / Move （17:30-18:30）----18:30-20:30

XOPT Banquet TBD (outside of conference center)

XOPT6-2
9:30

XOPT6-3
9:45

XOPT6-4
10:00----- Break （10:30-11:00）----11:00-12:00 XOPT7:
X-ray optics (III): optics for various spectroscopic methods
Room 313+314
Chair: A. Robert, SLAC National Accelerator Laboratory, USA
XOPT7-1
Wavelength-tunable
hard
X-ray
11:00
split-and-delay optics at SACLA
T. Osaka1, T. Hirano1, Y. Sano1, Y. Inubushi2, S.
Matsuyama1, K. Tono2, T. Ishikawa3, K.
Yamauchi1 and M. Yabashi3
1OsakaUniversity, Japan, 2JASRI, Japan,
3RIKEN SPring-8 Center, JapanXOPT7-2
Progress on the HIgh REsolution hard X-ray
11:15
singleshot
spectrometer(HIREX
spectrometer) for the European XFEL photon
diagnostics
N. G Kujala, W. Freund, and J. Grünert
European XFEL, Germany
XOPT7-3
A Medium-resolution, non-resonant, IXS
11:30
Spectrometer at BL43LXU of SPring-8
D. Ishikawa2,1 H. Uchiyama2,1 and A.Q.R Baron1
1RIKEN SPring-8 Center, Japan, 2JASRI, JapanXOPT7-4
Anenergydispersive
bent
Laue
11:45
monochromator for K-edge subtraction
imaging
N. Samadi1, M. Martinson1, B. Bassey1, G.
Belev2, D. Chapman2
1Univeristy of Saskatchewan, Canada, 2CanadianLight Source, Canada

Friday, May 20
9:00-10:30 XOPT6:
X-ray optics (II): reflective optics & applications
Room 313+314
Chair: R. Barrett, ESRF, France
XOPT6-1(Invited) Progress of mirror-based optical
9:00
system for X-ray nanofocusing and imaging
K. Yamauchi
Osaka University, Japan

3D surface measurement of spherical mirror
by nanoprofiler using normal vector tracing
methodH. Shiraji1, Y. Tokuta2, T. Kitayama1, M.
Nakano2, R. Kudo1, K. Yamamura1, K. Endo1
1OsakaUniversity Research Center for
Ultra-Precision Science and Technology, Japan,
2Graduate School of Osaka University, Japan
Current status of the development of
two-staged focusing system for soft x-ray
lasersH. Motoyama1, T. Sato1, A. Iwasaki1, Y. Takeo1,
Y. Senba2, H. Ohashi2, K. Yamanouchi1 and H.
Mimura1
1The
UniversityofTokyo,
Japan,
2JASRI/SPring-8, Japan(Invited)
Ellipsoidal
mirrorfor
two-dimensional nanofocusing in the hard
x-ray region
H. Yumoto
JASRI/SPring-8, Japan----- Lunch Break （12:00-13:00）----13:00-14:30

XOPT8: Poster Session

Exhibition Hall

XOPTp8-1

Multilayer-based X-ray optics for advanced
light source applications
Q. Huang 1, Z. Zhang 1, Z. Wang 1, F. Bijkerk 2,
E. Louis 2, R. Kruijs 2, F. Senf 3, A. Erko3
1Tongji University, Shanghai, China, 2University
3InstitutofTwente,Netherlands,
fürNanometeroptik und Technologie, Germany

XOPTp8-2

XOPTp8-3

XOPTp8-4

XOPTp8-5

XOPTp8-6

XOPTp8-7

XOPTp8-8

XOPTp8-9

XOPTp8-10

Metrology of the parabolic profile of X-ray
refractive lensA. Narikovich 1, I. Lyatun 1, D. Zverev 1, S.
Savelyev 1, I. Snigireva 2, A. Snigirev 1,2
1Immanuel Kant Baltic Federal University,
Russia, 2ESRF, France
Optimization of the optical performance ofcompound refractive X-ray lens
D.A. Serebrennikov 1, E.S. Clementyev 1,2, A.A.
Snigirev 1
1I .Kant Baltic Federal University, Russia,
2Institute for Nuclear Research RAS, Russia
Wavefront measurement of sub-10-nm XFEL
nanobeam produced by multilayer focusing
mirrors
S. Kawai 1, S. Matsuyama 1, A. Nishihara 1, H.
Yumoto 2, Y. Inubushi 2, T. Koyama 2, K. Tono 2,
H. Ohashi 2, T. Katayama 3, S. Goto 2, T.
Ishikawa 3, M. Yabashi 3, K. Yamauchi 1
1OsakaUniversity, Japan, 2JASRI, Japan,
3RIKEN SPring-8 Center, Japan
A variable-numerical-aperture x-ray focusing
systemusingatwo-stage
adaptive
Kirkpatrick-Baez mirrors based on piezo
electric deformable mirrors
H. Hayashi 1, T. Goto 1, H. Nakamori 1,2, S.
Matsuyama 1, T. Kimura 3, K. P. Khakure l, Y.
Sano 1, Y. Kohmura 4, M. Yabashi 4, Y. Nishino 3,
T. Ishikawa 4, K. Yamauchi 1
1Osaka University, Japan, 2JTEC Corporation,
Japan, 3Hokkaido University, Japan, 4RIKEN
SPring-8 Center, Japan
Size-controllable X-ray beam collimation
using a two-stage adaptive Kirkpatrick-Baez
mirror system based on piezoelectric
deformable mirrors
T. Goto 1, H. Nakamori 1,2, S. Matsuyama 1, H.
Hayashi 1, Y. Sano 1, Y. Kohmura 3, M. Yabashi 3,
T. Ishikawa 3, K. Yamauchi 1
1Osaka University, Japan, 2JTEC Corporation,
Japan, 3RIKEN Spring-8 Center, Japan
High-resolution
imaging
XAFS
using
advanced Kirkpatrick-Baez mirror optics
S. Yasuda 1, S. Matsuyama 1, H. Okada 2, Y. Sano
1, Y. Kohmura 3, M. Yabashi 3, T. Ishikawa 3, K.
Yamauchi 1
1Osaka University, Japan, 2JTEC Corporation,
Japan, 3RIKEN SPring-8 Center, Japan
Fabrication of Strain-Free Crystal Optics for aHard X-ray Split-and-Delay Optical System
T. Hirano 1, T. Osaka 1, Y. Sano 1, Y. Inubushi 2,
S. Matsuyama 1, K. Tono 2, T. Ishikawa 3, M.
Yabashi 3, K. Yamauchi 1
1OsakaUniversity, Japan, 2JASRI, Japan,
3RIKEN SPring-8 Center, Japan
Electroforming process specialized for
fabrication of x-ray ellipsoidal mirror
T. Kume, S. Egawa, Y. Takeo, H. Mimura
The University of Tokyo, Japan
Development of figure correction system for
master mandrel of ellipsoidal x-ray mirror
Y. Takei, T. Higashi and H. Mimura
The University of Tokyo, Japan

XOPTp8-11

XOPTp8-12

XOPTp8-13

XOPTp8-14

XOPTp8-15

XOPTp8-16

XOPTp8-17

XOPTp8-18

XOPTp8-19

XOPTp8-20

Development of differential deposition systemwith a spatial resolution better than 100m
M. Nagayama, H. Motoyama, H. Mimura
The University of Tokyo, Japan
Current status of development of ultraprecise
Wolter mirror for soft X-ray microscopy
S. Egawa, T. Kume, Y. Takei, Y. Takeo, H.
Motoyama, H. Mimura
The University of Tokyo, Japan
Evaluation of degree of spatial coherence at a
soft X-ray beamline of SPring-8
Y. Takeo 1, H. Motoyama 1, Y Senba 2, H.
Kishimoto 2, H. Ohashi 2, H. Mimura 1
1 The University of Tokyo, Japan, 2 JASRI, Japan
Wavefront measurement using ptychographic
phase retrieval for evaluating figure andalignment errors of ellipsoidal mirror
Y. Takeo, T. Saito, H. Mimura
The University of Tokyo, Japan
X-ray Transmission Gratings Fabricated by
Metallic Glass Imprinting Technique
W. Yashiro 1, K. Kato 1, S. Maryam 1, A. Momose
1,2, T. Shinohara 3, H. Kato 1
1Tohoku University, Japan, 2ERATO-JST, Japan,
3JAEA, Japan
Measurement of the Modulation Transfer
Function of X-ray scintillator via scatteringfrom random-media
M. Manfredda1, M.D. Alaimo2, M. Potenza3,
M.Giglio3
1Elettra, Sincrotrone Trieste, Italy, 2Politecnico di
Milano, Italy, 3Università degli studi di Milano,
Italy
X-ray high resolution diffractometry based onrefractive optics
P. Ershov 1, S. Kuznetsov 2, I. Snigireva 3, V.
Yunkin 2, A. Snigirev 1
1IKBFU, Russia, 2IMT RAS, Russia, 3ESRF,
FranceDamage on EUV multilayer optics caused byirradiation of focused pico-second soft x-ray
laser pulses
M. Ishino 1, S. Ichimaru 2, M. Nishikino 1, N.
Hasegawa 1, M. Hatayama 2, T. Kawachi 1, S.
Oku 2
1JAEA, Japan, 2NTT Advanced Technology
Corporation, Japan
Hard X-ray in-line interferometers fabricatedby Si planar technologies
M. Lyubomirskiy 1, I. Snigireva 1, S. Kuznetsov
2, V. Yunkin 2, V. Kohn 3, A. Snigirev 4
1ESRF, France, 2Institute of Microelectronics andHigh purity Materials RAS, Russia, 3National
Research Centre "Kurchatov Institute", Russia,
4Baltic Federal University, Russia
Ultra-fast single X-ray photon detector basedon tungsten silicide
X. Zhang
Universität Zürich, Switzerland

XOPTp8-21

XOPTp8-22

XOPTp8-23

XOPTp8-24

XOPTp8-25

XOPTp8-26

XOPTp8-27

XOPTp8-28

XOPTp8-29

XOPTp8-30

Focus study measuring phase effects of adouble
bent
Laue
beam
expandingmonochromator
M. Martinson 1, N. Samadi 1, A. Gomez 2, D.
Chapman 2
1University of Saskatchewan, Canada, 2CanadianLight Source, Canada
A Phase Space Beam Position Monitor for
Synchrotron Radiation
N. Samadi 1, B. Bassey 1, M. Martinson 1, G.
Belev 2, L. Dallin 2, M. Jong 2, D. Chapman 2
1University of Saskatchewan, Canada, 2CanadianLight Source, Canada
A
Bent
Laue
EnergyDispersive
Monochromator: An Example Application ofSpeciation Imaging at the Selenium K-edge
P. Qi 1, N. Samadi 1, M. Martinson 1, B. Bassey 1,
D. Chapman 2
1University of Saskatchewan, Canada, 2CanadianLight Source, Canada
Ultraviolet photodetector based on a-IGO thinfilm
C. Hsu 1, H. Lu 1, C. Yang 1, Y. Su 1,2,
1National Cheng Kung University, Taiwan,
2Kun-Shan University, Taiwan
Ultraviolet
photodetectors
withAg
Nanoparticle-Decorated ZnO Nanorods
C. Yang 1, Z. Wang 1, and Y. Su 1,2
1National Cheng Kung University, Taiwan,
2Kun-Shan University, Taiwan
X-ray microscopy and microtomography at
imaging beamline of SPring-8
A. Takeuchi, K. Uesugi
JASRI, Japan
Spatial Oscillations of High Harmonics
Generated in Noble Gas Interacting with
Two-Color Laser Field
S. Y. Stremoukhov 1,2, A. A. Pudov 1, A. V.
Andreev 1
1Moscow State University, Russia, 2National
Research Centre “Kurchatov Institute”, Russia
The influence of beryllium microstructure on
the compound refractive lenses opticalproperties in X-ray microscopy
I. Lyatun 1, P. Ershov 1, A. Goikhman 1, I.
Snigireva 2, A. Snigirev 1
1Immanuel Kant Baltic Federal University,
Russia, 2ESRF, France
Formation and interferometric measurementsof X-ray vortices
Y. Kohmura 1, D. Takei 1, Y Suzuki 2
1RIKEN SPring-8 Center, Japan, 2The Universityof Tokyo, Japan
Development of high spatial resolution X-ray
micro-tomography system at SPring-8
K. Uesugi, A. Takeuchi, M. Hoshino
JASRI, Japan

XOPTp8-31

XOPTp8-32

XOPTp8-33

XOPTp8-34

XOPTp8-35

Development of a new method of analyzing
molecular orientation by soft X-ray absorption
spectroscopy (XAS)
E. Takahashi 1, K. Imanishi 1, S. Suehiro 1, Y.
Suzuri 2, Y. Muramatsu 3, E M. Gullikson 4
1Sumika Chemical Analysis Service, Ltd., Japan,
2Yamagata University, Japan, 3University of
Hyogo, Japan, 4Lawrence Berkeley National
Laboratory, USA
4D X-ray phase-tomography using spectrum
tuned synchrotron radiation
H. Takano 1,2, Y. Wu 1,2, T. Umemoto 1, M.
Hoshino 3, W. Yashiro 1,2, A. Momose 1,2,3
1Tohoku University, Japan, 2JST-ERATO, Japan,
3JASRI, Japan
Coherent diffraction imaging of non-isolated
objects with apodized illumination
K. P. Khakurel 1, T. Kimura 1, H. Nakamori 2,3, T.
Goto 3, S. Matsuyama 3, K. Yamauchi 3, Y.
Nishino 1
1Hokkaido University, Japan, 2JTEC Corporation,
Japan, 3Osaka University, Japan
Total-electron-yield measurements in the soft
X-ray region of insulating organic films using
conductive substrates
Y. Muramatsu 1, T. Ouch 1, E. M. Gullikson 2
1Universityof Hyogo, Japan, 2Lawrence
Berkeley, National Laboratory, USA
Ablation of Si and Cu with capillarydischarged 46.9nm x-ray laser focused by acylinder mirror and a toroidal mirror
H. Cui, Y. Zhao, W. Zhang, W. Li, S. Jiang, L. Li
Harbin Institute of Technology, China----- Break （14:30-15:30）-----

15:30-15:45

XOPT9: X-ray optics for advanced light sources
Room 313+314
Chair: K. Tono, SPring-8/SACLA, JapanXOPT9-1
Single crystal optics at the high repetition rate
15:30
European XFEL
L. Samoylova and H. Sinn
European XFEL Facility, Germany
15:45-16:00 XOPT10: X-ray sources
Room 313+314
Chair: K. Tono, SPring-8/SACLA, JapanXOPT10-1
Demonstration of Multibunch Operation from
15:45
a Compact Laser-Compton x-ray Source
D. J. Gibson1, G. G. Anderson1, Y. Hwang2, R. A.
Marsh1, and C. P. J. Barty1
1Lawrence Livermore National Laboratory, USA,
2UC Irvine, USA

16:00-17:15 XOPT11: X-ray diagnostics
Room 313+314
Chair: K. Tono, SPring-8/SACLA, JapanXOPT11-1
Using high resolution LiF crystal X-ray
16:00
detector for in situ characterization of XFEL
beam intensity distribution and focusability
T. Pikuz1-4, A. Faenov2,3, T. Matsuoka3, B.
Albertazzi4, N. Ozaki1, 4, N.Hartely4, O. Muray
Ricardo Arturo1,4, T. Yabuuchi6, H. Habara4, S.
Matsuyama4, K. Yamauchi4, Y. Inubushi5, T.
Togashi5, H. Yumoto5, Y. Tange5, K. Tono5,
Y.Sato4, M. Yabashi5,6, M. Nishikino7, T.
Kawachi7, A. Mitrofanov2, D. Bleiner8, A.
Grum-Grzhimailo9, N.N. Rosanov10, N.V.
Vysotina10, M. Harmand11, M. Koenig4,12, K. A.
Tanaka1,4, T.Ishikawa5,6, R.Kodama1,3,4
1Photon PioneersCenter, Osaka University, Japan,
2Joint Institute for High Temperatures, Russian
Academy of Sciences, Russia, 3Institute for
Academic Initiatives, Osaka University, Japan,
4Graduate
School of Engineering, Osaka
University, Japan, 5JASRI/SPring-8, Japan, 6
RIKEN Harima Institute, Japan, 7Quantum Beam
Science Center, Japan Atomic Energy Agency,
Japan, 8EMPA Materials Science and Technology,
Switzerland, 9Skobeltsyn Institute of Nuclear
Physics, Lomonosov Moscow State University,
Russia, 10Vavilov State Optical Institute, Russia,
11IMPMC, Université Pierre et Marie Curie,
France, 12LULI, École Polytechnique, France
XOPT11-2
Two-dimensional Coherence Measurements of
16:15
FEL Radiation: the Heterodyne Speckle
Approach
M. Manfredda1,4, M.D. Alaimo2,4, M. Potenza4,
M.Giglio4
1Elettra, Italy, 2Politecnico di Milano, Italy,
4Università degli studi di Milano, Italy

XOPT11-3
16:30

Wavefront Sensor based diagnostic of FERMIFEL photon beam
L. Raimondi1, N. Mahne1, M. Manfredda1, C.
Svetina1,6, D. Cocco2, F. Capotondi1, E.
Pedersoli1, M. Kiskinova1, and M. Zangrando1,3
1Elettra-Sincrotrone Trieste ScpA, Italy, 2SLAC
National Accelerator Laboratory, USA, 3CNR –Consiglio Nazionale delle Ricerche Istituto
Officina dei Materiali, Italy, 6University ofTrieste, Italy
XOPT11-4
Capturing ultrafast X-ray damage processes
16:45
using an X-ray–X-ray pump–probe scheme
I. Inoue1, Y. Inubushi1,2, K. Tono1,2, T. Hara1, andM. Yabashi1,2
1RIKEN SPring-8 Center, Japan, 2JASRI, JapanXOPT11-5
First result of PSI/SACLA collaborative
17:00
campaign on temporal diagnostics
P. N. Juranić1, G. Ishkhan1,2, C. Erny1, R.
Ischebeck1, L. Patthey1, C. Pradervand1, C.
Milne1, H. Lemke1, A. Dax1, C. Hauri1,2, S.
Owada3, T. Togashi3, T. Katayama3, and Makina
Yabashi3
1Paul Scherrer Institut, Switzerland, 2Ecole
Polytechnique
FederaledeLausanne,
Switzerland, 3RIKEN SPring-8 Center, Japan
17:15-17:20 Closing
Room 313+314
XOPT Closing Remarks
17:15
T. Ishikawa
RIKEN SPring-8 Center