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International Workshop on Strong Correlations and Angle-Resolved Photoemission Spectroscopy
Author Index

Table of Contents:   A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z  

A

Abdurazakov, Omadillo (North Carolina State Univ.)   p. 44 (Th4-3)
Aebi, Philipp (Univ. of Fribourg)   p. 5 (Mo2-2)
Aebi, Philipp (Univ. de Fribourg)   p. 29 (We2-2)
Aebi, Philipp (Univ. de Fribourg)   p. 63 (Pp1-13)
Aeschlimann, Martin (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Aiura, Yoshihiro (AIST)   p. 74 (Pp1-24)
Aiura, Yoshihiro (AIST)   p. 76 (Pp1-26)
Aiura, Yoshihiro (AIST)   p. 96 (Pp2-17)
Aiura, Yoshihiro (AIST)   p. 105 (Pp2-26)
Akebi, Shuntaro (Univ. of Tokyo)   p. 71 (Pp1-21)
Anandan, Pradeep Raja (Shizuoka Univ.)   p. 51 (Pp1-1)
Ando, Yoichi (Univ. of Cologne)   p. 53 (Pp1-3)
Ando, Yoichi (Univ. of Cologne)   p. 83 (Pp2-4)
Antropov, Vladimir (Ames Laboratory)   p. 102 (Pp2-23)
Anzai, Hiroaki (Osaka Prefecture Univ.)   p. 89 (Pp2-10)
Arita, Masashi (Hiroshima Univ.)   p. 16 (Tu2-1)
Arita, Masashi (Hiroshima Univ.)   p. 17 (Tu2-2)
Arita, Masashi (Hiroshima Univ.)   p. 72 (Pp1-22)
Arita, Masashi (Hiroshima Univ.)   p. 76 (Pp1-26)
Arita, Masashi (Hiroshima Univ.)   p. 89 (Pp2-10)
Arita, Masashi (Hiroshima Univ.)   p. 90 (Pp2-11)
Arita, Masashi (Hiroshima Univ.)   p. 91 (Pp2-12)
Arya, S. (The Institute of Mathematical Sciences)   p. 35 (Th2-1)
Asakawa, M. (Tokyo Inst. of Tech.)   p. 58 (Pp1-8)
Autés, Gabriel (Ecole Polytechnique Fédérale de Lausanne)   p. 40 (Th3-3)

B

Backes, Steffen (Ecole Polytechnique)   p. 25 (We1-2)
Bahramy, Mohammad S. (Univ. of Tokyo)   p. 58 (Pp1-8)
Balents, Leon (Kavli Institute for Theoretical Physics, Santa Barbara)   p. 71 (Pp1-21)
Balin, Katarzyna (Univ. of Silesia)   p. 59 (Pp1-9)
Balin, Katarzyna (Univ. of Silesia)   p. 97 (Pp2-18)
Ballmann, Katinka (Univ. of Bonn)   p. 8 (Mo3-2)
Bansil, Arun (Northeastern Univ.)   p. 4 (Mo2-1)
Bareille, Cédric (Univ. of Tokyo)   p. 9 (Mo3-3)
Bareille, Cédric (Univ. of Tokyo)   p. 71 (Pp1-21)
Barreteau, Céline (Univ. of Geneva)   p. 29 (We2-2)
Battiato, Marco (Vienna Univ. of Tech.)   p. 98 (Pp2-19)
Baumberger, F. (Univ. of Geneva)   p. 28 (We2-1)
Baumberger, Felix (Univ. of Geneva and Paul Scherrer Institut)   p. 85 (Pp2-6)
Bawden, Lewis (Univ. of St Andrews)   p. 58 (Pp1-8)
Bawden, Lewis (Univ. of St Andrews)   p. 92 (Pp2-13)
Beck, Hans (Univ. of Fribourg)   p. 5 (Mo2-2)
Bentmann, Hendrik (Univ. WEzburg)   p. 42 (Th4-1)
Berger, Helmuth (Institut de Génie Atomique, EPFL)   p. 29 (We2-2)
Berger, Helmuth (Ecole Polytechnique Fédérale de Lausanne)   p. 54 (Pp1-4)
Berger, Helmuth (Institut de Génie Atomique, EPFL)   p. 63 (Pp1-13)
Bergeron, D. (Univ. de Sherbrooke)   p. 35 (Th2-1)
Berthod, Christophe (Univ. of Geneva)   p. 50 (Fr2-2)
Berthod, Christophe (Univ. of Geneva)   p. 54 (Pp1-4)
Bertran, François (Synchrotron SOLEIL)   p. 33 (Th1-3)
Bezusyy, Valeriy L. (International Laboratory of High Magnetic Fields and Low Temperatures)   p. 70 (Pp1-20)
Biermann, Silke (Ecole Polytechnique)   p. 25 (We1-2)
Bigi, Chiara (CNR-IOM)   p. 41 (Th3-4)
Bigi, Chiara (Univ. degli Studi di Milano)   p. 75 (Pp1-25)
Bigi, Chiara (CNR-IOM)   p. 86 (Pp2-7)
Bisti, Federico (Alba Synchrotron Light Facility)   p. 34 (Th1-4)
Biswas, Deepnarayan (Univ. of St Andrews)   p. 58 (Pp1-8)
Boschini, Fabio (Univ. of British Columbia)   p. 5 (Mo2-2)
Bostwick, Aaron (Lawrence Berkeley National Laboratory)   p. 30 (We2-3)
Boudiar, Abid (Tčbessa Univ.)   p. 103 (Pp2-24)
Bowler, David R. (Univ. College London)   p. 63 (Pp1-13)
Branford, W.R. (Imperial College London)   p. 88 (Pp2-9)
Braun, Jurgen (Munchen Univ.)   p. 98 (Pp2-19)
Bruno, F. Y. (Univ. of Geneva)   p. 28 (We2-1)

C

Cacho, Cephice (Central Laser Facility, STFC Rutherford Appleton Laboratory)   p. 40 (Th3-3)
Cacho, Cephise (Central Laser Facility)   p. 98 (Pp2-19)
Campuzano, Juan Carlos (UIC)   p. 2 (Mo1-2)
Caruso, Fabio (Univ. of Oxford)   p. 92 (Pp2-13)
Castiglioni, Luca (Univ. of Zurich)   p. 46 (Fr1-2)
Chang, Ching-Wen (National Sun Yat-sen Univ.)   p. 80 (Pp2-1)
Chang, Johan (Univ. of Zurich)   p. 18 (Tu2-3)
Charlebois, M. (Univ. de Sherbrooke)   p. 35 (Th2-1)
Chen, C. (Univ. of Oxford)   p. 66 (Pp1-16)
Chen, Genfu (Chinese Academy of Sciences)   p. 43 (Th4-2)
Chen, Wei-Chuan (National Synchrotron Radiation Research Center)   p. 80 (Pp2-1)
Chen, Xingqiu (Chinese Academy of Sciences)   p. 43 (Th4-2)
Cheng, Cheng-Maw (National Synchrotron Radiation Research Center)   p. 80 (Pp2-1)
Cho, Soohyun (Center for Correlated Electron Systems, Institute for Basic Science)   p. 16 (Tu2-1)
Chou, Mitch Ming-Chi (National Sun Yat-sen Univ.)   p. 80 (Pp2-1)
Christensen, Niels B. (Tech. Univ. of Denmark)   p. 18 (Tu2-3)
Cieplak, Marta Z. (Polish Academy of Sciences)   p. 70 (Pp1-20)
Cinchetti, Mirko (Tech. Univ. Dortmund)   p. 47 (Fr1-3)
Claassen, Martin (Stanford Univ.)   p. 45 (Fr1-1)
Clark, Oliver J. (Univ. of St Andrews)   p. 58 (Pp1-8)
Crepaldi, Alberto (Ecole Polytechnique Fédérale de Lausanne)   p. 40 (Th3-3)
Cucchi, Irčne (Univ. of Geneva)   p. 85 (Pp2-6)

D

Dai, Xi (Chinese Academy of Sciences)   p. 43 (Th4-2)
Damascelli, Andrea (Univ. of British Columbia)   p. 5 (Mo2-2)
Dani, Keshav M. (Okinawa Inst. of Science and Tech. Graduate Univ.)   p. 100 (Pp2-21)
Dantz, Marcus (Paul Scherrer Institut, Swiss Light Source)   p. 18 (Tu2-3)
Das, D. (Indian Association for the Cultivation of Science)   p. 51 (Pp1-1)
Das, P.K. (Laboratorio TASC, CNR-IOM)   p. 88 (Pp2-9)
Das, Pranab K. (CNR-IOM)   p. 41 (Th3-4)
Das, Pranab K. (CNR-IOM)   p. 86 (Pp2-7)
Das, Pranab Kumar (Laboratorio TASC, CNR-IOM)   p. 75 (Pp1-25)
de la Torre, A. (Univ. of Geneva)   p. 28 (We2-1)
Destraz, Daniel (Univ. of Zurich)   p. 18 (Tu2-3)
Devereaux, T. P. (Stanford Univ.)   p. 28 (We2-1)
Devereaux, Tom (Stanford Univ.)   p. 45 (Fr1-1)
Di Sante, D. (Univ. WEzburg)   p. 88 (Pp2-9)
Di Sante, Domenico (Univ. WEzburg)   p. 41 (Th3-4)
Dil, Hugo (Laboratory of Physics of Complex Matter, EPFL)   p. 5 (Mo2-2)
Ding, Hong (Chinese Academy of Sciences)   p. 43 (Th4-2)
Donath, Markus (Westfälische Wilhelms-Univ.)   p. 21 (Tu3-3)
Duffy, Liam (Univ. of Oxford)   p. 92 (Pp2-13)
Dulski, Mateusz (Univ. of Silesia)   p. 97 (Pp2-18)

E

Ebert, Hubert (Munchen Univ.)   p. 98 (Pp2-19)
Eckstein, Martin (Max Planck Institute for the Structure and Dynamics of Matter)   p. 102 (Pp2-23)
Ehlen, Niels (Univ. of Cologne)   p. 15 (Tu1-4)
Eich, Steffen (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Eisaki, Hiroshi (AIST)   p. 16 (Tu2-1)
Eisaki, Hiroshi (AIST)   p. 17 (Tu2-2)
Eknapakul, Tanachat (Suranaree Univ. of Tech.)   p. 58 (Pp1-8)
Emmerich, Sebastian (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Eschrig, Matthias (Royal Holloway Univ. of London)   p. 14 (Tu1-3)
Evtushinsky, Daniil (HZB fE Materialien und Energie)   p. 68 (Pp1-18)
Eyert, Volker (Materials Design SARL)   p. 34 (Th1-4)

F

Fang, Zhong (Chinese Academy of Sciences)   p. 43 (Th4-2)
Fatuzzo, Claudia G. (Institute for Condensed Matter Physics, EPFL)   p. 18 (Tu2-3)
Fauseweh, Benedikt (Max Planck Institute for Solid State Research)   p. 106 (Pp2-27)
Fedorov, Alexander (Univ. of Cologne)   p. 15 (Tu1-4)
Felser, Claudia (Max Planck Institute for Chemical Physics of Solids)   p. 5 (Mo2-2)
Feng, Jiagui (Univ. of St Andrews)   p. 58 (Pp1-8)
Fiebig, Manfred (ETH Zurich)   p. 8 (Mo3-2)
Fink, Jörg (IFW Dresden)   p. 31 (Th1-1)
Fortuna, Franck (CSNSM, Univ. Paris-Sud and CNRS/IN2P3)   p. 33 (Th1-3)
Foyevtsova, Kateryna (Univ. of British Columbia)   p. 27 (We1-4)
Frantzeskakis, Emmanouil (CSNSM, Univ. Paris-Sud and CNRS/IN2P3)   p. 33 (Th1-3)
Fratino, L. (Royal Holloway, Univ. of London)   p. 35 (Th2-1)
Freeman, Paul G. (Univ. of Central Lancashire)   p. 18 (Tu2-3)
Freericks, James (Georgetown Univ.)   p. 44 (Th4-3)
Fu, Liang (Massachusetts Inst. of Tech.)   p. 43 (Th4-2)
Fujihala, Masayoshi (Tokyo Univ. of Science)   p. 94 (Pp2-15)
Fujii, J. (Laboratorio TASC, CNR-IOM)   p. 88 (Pp2-9)
Fujii, Jun (CNR-IOM)   p. 41 (Th3-4)
Fujii, Jun (Laboratorio TASC, CNR-IOM)   p. 75 (Pp1-25)
Fujii, Jun (CNR-IOM)   p. 86 (Pp2-7)
Fujii, Jun (CNR-IOM)   p. 87 (Pp2-8)
Fujimori, A. (Univ. of Tokyo)   p. 69 (Pp1-19)
Fujimori, Atsushi (Univ. of Tokyio)   p. 1 (Mo1-1)
Fujimori, Atsushi (Univ. of Tokyo)   p. 17 (Tu2-2)
Fujimori, Atsushi (Univ. of Tokyo)   p. 67 (Pp1-17)
Fujimori, Shin-ichi (Japan Atomic Energy Agency)   p. 10 (Mo3-4)
Fujimori, Shin-ichi (Japan Atomic Energy Agency)   p. 67 (Pp1-17)
Fujisawa, Masami (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Fujita, Taishi (Nagoya Univ.)   p. 61 (Pp1-11)

G

Galvan, Cesar G. (Facultad de Ciencias, Univ. Autónoma de San Luis PotosE/font>)   p. 107 (Pp2-28)
Gandhi, Ashish Chhaganlal (National Taiwan Univ.)   p. 51 (Pp1-1)
Gatti, Gianmarco (Ecole Polytechnique Fédérale de Lausanne)   p. 40 (Th3-3)
Gawryluk, Dariusz (Paul Scherrer Institute)   p. 3 (Mo1-3)
Gawryluk, Dariusz J. (Polish Academy of Sciences)   p. 70 (Pp1-20)
Geibel, Christoph (Max Planck Institute for Chemical Physics of Solids, Dresden)   p. 10 (Mo3-4)
Georges, Antoine (Ecole Polytechnique, CNRS, Univ. Paris-Saclay, College de France)   p. 85 (Pp2-6)
Giannini, Enrico (Univ. of Geneva)   p. 29 (We2-2)
Gobaut, Benoit (CNR-IOM)   p. 86 (Pp2-7)
Gobaut, Benoit (Synchrotron SOLEIL)   p. 87 (Pp2-8)
Goraus, Jerzy (Univ. of Silesia)   p. 70 (Pp1-20)
Gorelov, Evgeny (European XFEL)   p. 24 (We1-1)
Gorelov, Evgeny (European XFEL)   p. 79 (Pp1-29)
Gorelov, Evgeny (European XFEL)   p. 102 (Pp2-23)
Gospodinov, Marin M. (Bulgarian Academy of Sciences)   p. 80 (Pp2-1)
Goto, Kazuki (Hiroshima Univ.)   p. 96 (Pp2-17)
Goto, Kazuki (Hiroshima Univ.)   p. 105 (Pp2-26)
Grioni, Marco (Ecole Polytechnique Fédérale de Lausanne)   p. 40 (Th3-3)
GrEeis, Alexander (Univ. of Cologne)   p. 15 (Tu1-4)
Guda, Alexander (Southern Federal Univ.)   p. 79 (Pp1-29)
GEde, Jens (Philipps-Univ. Marburg)   p. 48 (Fr1-4)
Guettler, Monika (Tech. Univ. Dresden)   p. 10 (Mo3-4)
Guistino, Feliciano (Univ. of Oxford)   p. 92 (Pp2-13)
GEtherodt, Gernot (RWTH Aachen Univ.)   p. 34 (Th1-4)
Guo, Wei (Nanjing Univ.)   p. 37 (Th2-3)
Gupta, Arunava (Univ. of Alabama)   p. 34 (Th1-4)

H

Haag, Norman (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Haga, Yoshinori (Japan Atomic Energy Agency)   p. 67 (Pp1-17)
Haghighirad, Amir A. (Univ. of Oxford)   p. 14 (Tu1-3)
Haghighirad, Amir Abbas (Univ. of Oxford)   p. 74 (Pp1-24)
Hagiwara, Kenta (Osaka Univ.)   p. 6 (Mo2-3)
Hamada, Noriaki (Tokyo Univ. of Science)   p. 52 (Pp1-2)
Han, Garam (Center for Correlated Electron Systems, Institute for Basic Science)   p. 16 (Tu2-1)
Han, Patrick (Tohoku Univ.)   p. 55 (Pp1-5)
Harasawa, Ayumi (Univ. of Tokyo)   p. 65 (Pp1-15)
Hayakawa, Y. (Shizuoka Univ.)   p. 51 (Pp1-1)
Hayashi, Kento (Ibaraki Univ.)   p. 91 (Pp2-12)
Heckmann, Olivier (Univ. de Cergy-Pontoise)   p. 98 (Pp2-19)
Henk, Juergen (Martin-Luther-Univ. Halle-Wittenberg)   p. 21 (Tu3-3)
Hesjedal, Thorsten (Univ. of Oxford)   p. 92 (Pp2-13)
Hildebrand, Baptiste (Univ. de Fribourg)   p. 29 (We2-2)
Hildebrand, Baptiste (Univ. de Fribourg)   p. 63 (Pp1-13)
Hirano, Wataru (Ibaraki Univ.)   p. 91 (Pp2-12)
Hiroi, Zenji (Univ. of Tokyo)   p. 71 (Pp1-21)
Hirose, Hishiro (Univ. of Tokyo)   p. 71 (Pp1-21)
Hishida, Tomoko (NGK SPARK PLUG)   p. 84 (Pp2-5)
Hitosugi, Taro (Tokyo Inst. of Tech./Tohoku Univ.)   p. 55 (Pp1-5)
Hoesch, M. (Diamond Light Source)   p. 28 (We2-1)
Hoesch, M. (Diamond Light Source, Harwell Science and Innovation Campus)   p. 66 (Pp1-16)
Hoesch, Moritz (Diamond Light Source)   p. 50 (Fr2-2)
Hoesch, Moritz (Diamond Light Source, Harwell Campus, Didcot)   p. 54 (Pp1-4)
Hoesch, Moritz (Diamond Light Source)   p. 74 (Pp1-24)
Hoesch, Moritz (Diamond Light Source)   p. 92 (Pp2-13)
Höfer, Ulrich (Philipps-Univ. Marburg)   p. 48 (Fr1-4)
Horiba, Koji (High Energy Accelerator Research Organization)   p. 6 (Mo2-3)
Horio, M. (Univ. of Tokyo)   p. 69 (Pp1-19)
Horio, Masafumi (Univ. of Tokyio)   p. 1 (Mo1-1)
Hoshina, Yasutoshi (Tokyo Univ. of Science)   p. 109 (Pp2-30)
Hricovini, Karol (Univ. de Cergy-Pontoise)   p. 98 (Pp2-19)

I

Ideta, Shin-ichiro (Institute for Molecular Science)   p. 6 (Mo2-3)
Ideta, Shin-ichiro (UVSOR)   p. 17 (Tu2-2)
Ideta, Shin-ichiro (Institute for Molecular Science)   p. 61 (Pp1-11)
Ideta, Shin-ichiro (Institute for Molecular Science)   p. 71 (Pp1-21)
Iga, Fumitoshi (Ibaraki Univ.)   p. 6 (Mo2-3)
Iga, Fumitoshi (Ibaraki Univ.)   p. 91 (Pp2-12)
Ikenaga, E. (JASRI/SPring-8)   p. 69 (Pp1-19)
Ikenaga, Eiji (Japan Synchrotron Radiation Research Institute)   p. 52 (Pp1-2)
Ikenaga, Eiji (JASRI)   p. 57 (Pp1-7)
Ikenaga, Eiji (Japan Synchrotron Radiation Research Institute)   p. 81 (Pp2-2)
Ikenaga, Eiji (Japan Synchrotron Radiation Research Institute, SPring-8)   p. 84 (Pp2-5)
Ikenaga, Eiji (JASRI/SPring-8)   p. 93 (Pp2-14)
Inami, Nobuhito (Institute of Materials Structure Science, High Energy Accelerator Research Organization (KEK))   p. 71 (Pp1-21)
Ino, Akihiro (Hiroshima Univ.)   p. 72 (Pp1-22)
Ino, Akihiro (Hiroshima Univ.)   p. 73 (Pp1-23)
Ino, Akihiro (Hiroshima Univ.)   p. 74 (Pp1-24)
Ino, Akihiro (Hiroshima Univ.)   p. 76 (Pp1-26)
Ino, Akihiro (Hiroshima Univ.)   p. 95 (Pp2-16)
Ishida, Yukiaki (Univ. of Tokyo)   p. 22 (Tu3-4)
Ishida, Yukiaki (Univ. of Tokyo)   p. 43 (Th4-2)
Ishii, H. (Okayama Univ.)   p. 64 (Pp1-14)
Ishii, Nobuhisa (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Ishikado, Motoyuki (Research Center for Neutron Science and Technology)   p. 73 (Pp1-23)
Ishikawa, Jun (Univ. of Tokyo)   p. 71 (Pp1-21)
Ishizaka, Kyoko (Univ. of Tokyo)   p. 20 (Tu3-2)
Ishizaka, Satoshi (Hiroshima Univ.)   p. 72 (Pp1-22)
Ishizaka, Satoshi (Hiroshima Univ.)   p. 73 (Pp1-23)
Ishizaka, Satoshi (Hiroshima Univ.)   p. 95 (Pp2-16)
Itatani, Jiro (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Ito, Takahiro (Nagoya Univ.)   p. 61 (Pp1-11)
Ivashko, Oleh (Univ. of Zurich)   p. 18 (Tu2-3)
Iwasaki, S. (Waseda Univ.)   p. 64 (Pp1-14)
Iwasawa, Hideaki (Diamond Light Source, Harwell Science and Innovation Campus)   p. 66 (Pp1-16)
Iwasawa, Hideaki (Hiroshima Univ. / Diamond Light Source)   p. 72 (Pp1-22)
Iwasawa, Hideaki (Diamond Light Source)   p. 74 (Pp1-24)
Iwasawa, Hideaki (Diamond Light Source)   p. 76 (Pp1-26)
Iwasawa, Hideaki (Hiroshima Univ.)   p. 95 (Pp2-16)
Izquierdo, Manuel (European XFEL GmbH)   p. 68 (Pp1-18)

J

Jaouen, Thomas (Univ. of Fribourg)   p. 5 (Mo2-2)
Jaouen, Thomas (Univ. de Fribourg)   p. 29 (We2-2)
Jaouen, Thomas (Univ. de Fribourg)   p. 63 (Pp1-13)
Jonker, Berend T. (Naval Research Laboratory)   p. 30 (We2-3)
Joura, Alexander (Inst. of Theoretical Physics/Univ. of Hamburg)   p. 102 (Pp2-23)
Jozwiak, Chris (Lawrence Berkeley National Laboratory)   p. 30 (We2-3)
Jungkenn, Dominik (Univ. of Kaiserslautern)   p. 47 (Fr1-3)

K

Kampen, Thorsten U. (SPECS Surface Nano Analysis GmbH)   p. 60 (Pp1-10)
Kanai, Teruto (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Kanayama, Shota (Tohoku Univ.)   p. 56 (Pp1-6)
Kanigel, Amit (Technion - Israel Inst. of Tech.)   p. 2 (Mo1-2)
Karolak, Michael (Univ. WEzburg)   p. 34 (Th1-4)
Kashiwaya, Satoshi (AIST)   p. 66 (Pp1-16)
Kato, Ryo (Tokyo Univ. of Science)   p. 57 (Pp1-7)
Katoch, Jyoti (Ohio State Univ.)   p. 30 (We2-3)
Kawakami, Roland K. (Ohio State Univ.)   p. 30 (We2-3)
Kawamoto, Masato (Kyoto Univ.)   p. 93 (Pp2-14)
Kemper, Alexander (North Carolina State Univ.)   p. 44 (Th4-3)
Kim, Beomseo (Center for Correlated Electron Systems, Institute for Basic Science)   p. 16 (Tu2-1)
Kim, Changyoung (Seoul National Univ.)   p. 16 (Tu2-1)
Kim, Minjae (Ecole Polytechnique, CNRS, Univ. Paris-Saclay)   p. 85 (Pp2-6)
Kim, Timur K. (Diamond Light Source)   p. 14 (Tu1-3)
Kimura, Akio (Hiroshima Univ.)   p. 21 (Tu3-3)
Kimura, Akio (Hiroshima Univ.)   p. 22 (Tu3-4)
Kimura, Akio (Hiroshima Univ.)   p. 48 (Fr1-4)
Kimura, Akio (Hiroshima Univ.)   p. 62 (Pp1-12)
Kimura, Shin-ichi (Osaka Univ.)   p. 6 (Mo2-3)
Kimura, Shin-ichi (Osaka Univ.)   p. 71 (Pp1-21)
King, P. D. C. (Univ. of St Andrews)   p. 28 (We2-1)
King, Phil D. C. (Univ. of St Andrews)   p. 92 (Pp2-13)
King, Philip D. C. (Univ. of St Andrews)   p. 58 (Pp1-8)
Kliemt, Kritin (Univ. of Frankfurt)   p. 8 (Mo3-2)
Kobayashi, Katsuyoshi (Ochanomizu Univ.)   p. 65 (Pp1-15)
Kobayashi, Kenji (Chiba Inst. of Tech.)   p. 104 (Pp2-25)
Kobayashi, Yoshihiko (Tokyo Medical Univ.)   p. 81 (Pp2-2)
Koch, Roland J. (Lawrence Berkeley National Laboratory)   p. 30 (We2-3)
Kodama, Junichi (Hiroshima Univ.)   p. 89 (Pp2-10)
Kodera, K. (Kyoto Univ.)   p. 69 (Pp1-19)
Kokh, Konstantin A. (Novosibirsk State Univ.)   p. 22 (Tu3-4)
Kokh, Konstantin A. (Novosibirsk State Univ.)   p. 48 (Fr1-4)
Komori, Fumio (Univ. of Tokyo)   p. 65 (Pp1-15)
Kondo, Takeshi (Univ. of Tokyo)   p. 9 (Mo3-3)
Kondo, Takeshi (Univ. of Tokyo)   p. 65 (Pp1-15)
Kondo, Takeshi (Univ. of Tokyo)   p. 71 (Pp1-21)
Kontani, Hiroshi (Nagoya Univ.)   p. 13 (Tu1-2)
Koorikawa, Hiroko (Tokyo Univ. of Science)   p. 94 (Pp2-15)
Krellner, Cornelius (Univ. of Frankfurt)   p. 8 (Mo3-2)
Kroha, Johann (Univ. of Bonn)   p. 8 (Mo3-2)
Kubo, Takuya (Hiroshima Univ.)   p. 72 (Pp1-22)
Kubo, Takuya (Hiroshima Univ.)   p. 73 (Pp1-23)
Kubo, Takuya (Hiroshima Univ.)   p. 95 (Pp2-16)
Kudo, K. (Okayama Univ.)   p. 64 (Pp1-14)
Kumar, Shiv (Hiroshima Univ.)   p. 105 (Pp2-26)
Kumigashira, H. (High Energy Accelerator Research Organization, Photon Factrory)   p. 69 (Pp1-19)
Kumigashira, Hiroshi (High Energy Accelerator Research Organization)   p. 6 (Mo2-3)
Kumigashira, Hiroshi (KEK)   p. 17 (Tu2-2)
Kumigashira, Hiroshi (Institute of Materials Structure Science, High Energy Accelerator Research Organization (KEK))   p. 71 (Pp1-21)
Kunisada, So (Univ. of Tokyo)   p. 71 (Pp1-21)
Kuno, Masato (Tohoku Univ.)   p. 56 (Pp1-6)
Kurleto, Rafal (Jagiellonian Univ.)   p. 70 (Pp1-20)
Kuroda, Kenta (Univ. of Tokyo)   p. 9 (Mo3-3)
Kuroda, Kenta (Univ. of Tokyo)   p. 48 (Fr1-4)
Kuroda, Kenta (Univ. of Tokyo)   p. 65 (Pp1-15)
Kuroda, Kenta (Univ. of Tokyo)   p. 71 (Pp1-21)
Kurosawa, Tohru (Hokkaido Univ.)   p. 18 (Tu2-3)
Kuwahara, Hideki (Sophia Univ.)   p. 82 (Pp2-3)
Kyung, Wonshik (Center for Correlated Electron Systems, Institute for Basic Science)   p. 16 (Tu2-1)

L

Laubschat, Clemens (Tech. Univ. Dresden)   p. 7 (Mo3-1)
Le Fčvre, Patrick (Synchrotron SOLEIL)   p. 33 (Th1-3)
Lecoeur, Philippe (C2N, Univ. Paris-Sud and CNRS)   p. 33 (Th1-3)
Lee, Chao-Kuei (National Sun Yat-sen Univ.)   p. 80 (Pp2-1)
Levy, Giorgio (Univ. of British Columbia)   p. 5 (Mo2-2)
Lichtenstein, Alexander (Univ. of Hamburg)   p. 24 (We1-1)
Lichtenstein, Alexander (Inst. of Theoretical Physics/Univ. of Hamburg)   p. 102 (Pp2-23)
Lima, Abraham (Univ. Nacional Autonoma de Mexico)   p. 78 (Pp1-28)
Lin, J. G. (National Taiwan Univ.)   p. 51 (Pp1-1)
Lu, Xingye (Paul Scherrer Institut, Swiss Light Source)   p. 18 (Tu2-3)
Luo, Chih-Wei (National Chiao Tung Univ.)   p. 80 (Pp2-1)
Lv, Baiqing (Chinese Academy of Sciences)   p. 43 (Th4-2)

M

Ma, Junzhang (Chinese Academy of Sciences)   p. 43 (Th4-2)
Madéo, Julien (Okinawa Inst. of Science and Tech. Graduate Univ.)   p. 100 (Pp2-21)
Maeno, Yoshiteru (Kyoto Univ.)   p. 93 (Pp2-14)
Man, Michael K. L. (Okinawa Inst. of Science and Tech. Graduate Univ.)   p. 100 (Pp2-21)
Maniraj, M. (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Manske, Dirk (Max Planck Institute for Solid State Research)   p. 38 (Th3-1)
Mansuer, Wumiti (Hiroshima Univ.)   p. 72 (Pp1-22)
Mansuer, Wumiti (Hiroshima Univ.)   p. 73 (Pp1-23)
Mansuer, Wumiti (Hiroshima Univ.)   p. 74 (Pp1-24)
Mansuer, Wumiti (Hiroshima Univ.)   p. 76 (Pp1-26)
Mansuer, Wumiti (Hiroshima Univ.)   p. 95 (Pp2-16)
Mariot, Jean-Michel (UPMC Univ Paris 06)   p. 98 (Pp2-19)
Marković, Igor (Univ. of St Andrews)   p. 58 (Pp1-8)
Maroutian, Thomas (C2N, Univ. Paris-Sud and CNRS)   p. 33 (Th1-3)
Masui, T. (Osaka Univ.)   p. 66 (Pp1-16)
Mathias, Stefan (Georg-August-Univ. Göttingen)   p. 47 (Fr1-3)
Matsuda, Azusa (Waseda Univ.)   p. 72 (Pp1-22)
Matsumoto, Yosuke (Univ. of Tokyo)   p. 9 (Mo3-3)
Matsumoto, Yuji (Nagoya Inst. of Tech.)   p. 90 (Pp2-11)
Mazzola, Federico (Univ. of St Andrews)   p. 58 (Pp1-8)
McCreary, Kathleen M. (Naval Research Laboratory)   p. 30 (We2-3)
McGuinness, C. (Trinity College Dublin)   p. 88 (Pp2-9)
McKeown Walker, S. (Univ. of Geneva)   p. 28 (We2-1)
McKeown Walker, Siobhan (Univ. of Geneva)   p. 85 (Pp2-6)
McNally, Daniel (Paul Scherrer Institute)   p. 3 (Mo1-3)
McNally, Daniel E. (Paul Scherrer Institut, Swiss Light Source)   p. 18 (Tu2-3)
Meevasana, Worawat (Suranaree Univ. of Tech.)   p. 58 (Pp1-8)
Mesot, Joel (Paul Scherrer Institute)   p. 3 (Mo1-3)
Michiardi, Matteo (Univ. of British Columbia)   p. 5 (Mo2-2)
Michimae, Shoya (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Minár, Ján (Univ. of West Bohemia)   p. 32 (Th1-2)
Minar, Jan (Munchen Univ.)   p. 98 (Pp2-19)
Mishchenko, Andrey (RIKEN CEMS)   p. 36 (Th2-2)
Mitsuda, Setsuo (Tokyo Univ. of Science)   p. 94 (Pp2-15)
Miyamoto, K. (Hiroshima Univ.)   p. 64 (Pp1-14)
Miyamoto, Koji (Hiroshima Univ.)   p. 21 (Tu3-3)
Miyamoto, Koji (Hiroshima Univ.)   p. 62 (Pp1-12)
Miyasaka, S. (Osaka Univ.)   p. 69 (Pp1-19)
Miyashita, Takeo (Hiroshima Univ.)   p. 72 (Pp1-22)
Miyashita, Takeo (Hiroshima Univ.)   p. 73 (Pp1-23)
Miyashita, Takeo (Hiroshima Univ.)   p. 95 (Pp2-16)
Mizokawa, T. (Waseda Univ.)   p. 64 (Pp1-14)
Molodtsov, Serguei (European XFEL GmbH)   p. 68 (Pp1-18)
Momono, Naoki (Muroran Inst. of Tech.)   p. 18 (Tu2-3)
Monney, Claude (Univ. of Zurich)   p. 18 (Tu2-3)
Monney, Claude (Univ. of ZEich)   p. 50 (Fr2-2)
Monney, Claude (Univ. of Zurich)   p. 54 (Pp1-4)
Monney, Gael (Univ. de Fribourg)   p. 29 (We2-2)
Monney, Gael (Univ. de Fribourg)   p. 63 (Pp1-13)
Moraru, D. (Shizuoka Univ.)   p. 51 (Pp1-1)
Morita, Katsuhiro (Tokyo Univ. of Science)   p. 94 (Pp2-15)
Moser, Simon (Lawrence Berkeley National Laboratory)   p. 30 (We2-3)
Mottas, Marie-Laure (Univ. of Fribourg)   p. 5 (Mo2-2)
Mottas, Marie-Laure (Univ. de Fribourg)   p. 29 (We2-2)
Mottas, Marie-Laure (Univ. de Fribourg)   p. 63 (Pp1-13)

N

Naamneh, Muntaser (Technion - Israel Inst. of Tech.)   p. 2 (Mo1-2)
Naamneh, Muntaser (Paul Scherrer Institute)   p. 3 (Mo1-3)
Nagao, Masanori (Univ. of Yamanashi)   p. 62 (Pp1-12)
Nagata, Heisuke (Hiroshima Univ.)   p. 89 (Pp2-10)
Nakamura, Fumihiko (Kurume Inst. of Tech.)   p. 93 (Pp2-14)
Nakamura, Shogo (Tokyo Inst. of Tech.)   p. 90 (Pp2-11)
Nakata, Yuki (Tohoku Univ.)   p. 55 (Pp1-5)
Nakatake, Masafumi (Aichi Synchrotron Research Center)   p. 61 (Pp1-11)
Nakatsuji, Satoru (Univ. of Tokyo)   p. 9 (Mo3-3)
Nakatsuji, Satoru (Univ. of Tokyo)   p. 71 (Pp1-21)
Nakayama, Kosuke (Tohoku Univ.)   p. 56 (Pp1-6)
Nakayama, Kousuke (Tohoku Univ.)   p. 83 (Pp2-4)
Nakayama, Mitsuhiro (Univ. of Tokyo)   p. 9 (Mo3-3)
Nakayama, Mitsuhiro (Univ. of Tokyo)   p. 71 (Pp1-21)
Namatame, Hikari (Hiroshima Univ.)   p. 96 (Pp2-17)
Namatame, Hikari (Hiroshima Univ.)   p. 105 (Pp2-26)
Namatame, Hirofumi (Hiroshima Univ.)   p. 16 (Tu2-1)
Namatame, Hirofumi (Hiroshima Univ.)   p. 17 (Tu2-2)
Namatame, Hirofumi (Hiroshima Univ.)   p. 72 (Pp1-22)
Namatame, Hirofumi (Hiroshima Univ.)   p. 73 (Pp1-23)
Namatame, Hirofumi (Hiroshima Univ.)   p. 76 (Pp1-26)
Namatame, Hirofumi (Hiroshima Univ.)   p. 89 (Pp2-10)
Namatame, Hirofumi (Hiroshima Univ.)   p. 90 (Pp2-11)
Namatame, Hirofumi (Hiroshima Univ.)   p. 91 (Pp2-12)
Namatame, Hirofumi (Hiroshima Univ.)   p. 95 (Pp2-16)
Ndiaye, Waly (Univ. de Cergy-Pontoise)   p. 98 (Pp2-19)
Nejati, Ammar (Univ. of Bonn)   p. 8 (Mo3-2)
Nevidomskyy, Andriy (Rice Univ.)   p. 9 (Mo3-3)
Nicholson, Chris (Fritz Haber Institut, Berlin)   p. 50 (Fr2-2)
Nicholson, Christopher (Fritz-Haber Institute, Berlin)   p. 54 (Pp1-4)
Nie, Yuefeng (Nanjing Univ.)   p. 37 (Th2-3)
Noguchi, Ryo (Univ. of Tokyo)   p. 65 (Pp1-15)
Noguchi, Ryo (Univ. of Tokyo)   p. 71 (Pp1-21)
Nohara, M. (Hiroshima Univ.)   p. 64 (Pp1-14)
Nowak, Anna (Univ. of Silesia)   p. 59 (Pp1-9)
Nowak, Anna (Univ. of Silesia)   p. 97 (Pp2-18)
Numata, Yoshinori (Waseda Univ.)   p. 72 (Pp1-22)

O

Oda, Migaku (Hokkaido Univ.)   p. 18 (Tu2-3)
Oelsner, Andreas (Surface Concept GmbH)   p. 60 (Pp1-10)
Ogata, Sumito (Kagoshima Univ.)   p. 52 (Pp1-2)
Ogawa, Yuu (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Ohara, Shigeo (Nagoya Inst. of Tech.)   p. 89 (Pp2-10)
Ohara, Shigeo (Nagoya Inst. of Tech.)   p. 90 (Pp2-11)
Ohbayashi, Kazushige (NGK SPARK PLUG)   p. 84 (Pp2-5)
Ohtsubo, Yoshiyuki (Osaka Univ.)   p. 6 (Mo2-3)
Okada, Yoshinori (Tohoku Univ.)   p. 55 (Pp1-5)
Okamoto, Y. (Waseda Univ.)   p. 64 (Pp1-14)
Okane, Tetsuo (Japan Atomic Energy Agency)   p. 67 (Pp1-17)
Okawa, Kenjiro (Tokyo Inst. of Tech.)   p. 58 (Pp1-8)
Okawa, M. (Tokyo Univ. of Science)   p. 69 (Pp1-19)
Okawa, Mario (Tokyo Univ. of Science)   p. 52 (Pp1-2)
Okawa, Mario (Tokyo Univ. of Science)   p. 57 (Pp1-7)
Okawa, Mario (Tokyo Univ. of Science)   p. 81 (Pp2-2)
Okawa, Mario (Tokyo Univ. of Science)   p. 82 (Pp2-3)
Okawa, Mario (Tokyo Univ. of Science)   p. 84 (Pp2-5)
Okazaki, Kozo (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Okuda, T. (Hiroshima Univ.)   p. 64 (Pp1-14)
Okuda, Taichi (Hiroshima Univ.)   p. 21 (Tu3-3)
Okuda, Taichi (Hiroshima Univ.)   p. 62 (Pp1-12)
Okuda, Tetsuji (Kagoshima Univ.)   p. 57 (Pp1-7)
Ono, K. (High Energy Accelerator Research Organization, Photon Factrory)   p. 69 (Pp1-19)
Ono, Kanta (KEK)   p. 17 (Tu2-2)
Ono, Kanta (KEK)   p. 57 (Pp1-7)
Ono, Kanta (Institute of Materials Structure Science, High Energy Accelerator Research Organization (KEK))   p. 71 (Pp1-21)
Ono, Kanta (KEK-PF)   p. 82 (Pp2-3)
Onuki, Yoshichika (Univ. of Ryukyus)   p. 67 (Pp1-17)
Ootsuki, Daiki (Kyoto Univ.)   p. 17 (Tu2-2)
Ootsuki, Daiki (Kyoto Univ.)   p. 69 (Pp1-19)
Ootsuki, Daiki (Kyoto Univ.)   p. 93 (Pp2-14)
Orgiani, Pasquale (CNR-IOM)   p. 86 (Pp2-7)
Orgiani, Pasquale (CNR-IOM)   p. 87 (Pp2-8)
Osanai, Yuto (Ibaraki Univ.)   p. 91 (Pp2-12)
Ota, Masato (Kagoshima Univ.)   p. 52 (Pp1-2)
Ouisse, Thierry (Univ. Grenoble-Alpes, CNRS, LMGP)   p. 61 (Pp1-11)

P

Paerschke, Ekaterina (IFW Dresden)   p. 27 (We1-4)
Panaccione, G. (Laboratorio TASC, CNR-IOM)   p. 88 (Pp2-9)
Panaccione, Giancarlo (CNR-IOM)   p. 41 (Th3-4)
Panaccione, Giancarlo (Laboratorio TASC, CNR-IOM)   p. 75 (Pp1-25)
Panaccione, Giancarlo (CNR-IOM)   p. 87 (Pp2-8)
Pareek, Vivek (Okinawa Inst. of Science and Tech. Graduate Univ.)   p. 100 (Pp2-21)
Park, Seung-Ryong (Incheon National Univ.)   p. 16 (Tu2-1)
Parmigiani, Fulvio (Laboratorio TASC INFM)   p. 98 (Pp2-19)
Paul, Soumalya (Univ. of Alabama)   p. 34 (Th1-4)
Payne, D.J. (Imperial College London)   p. 88 (Pp2-9)
Perez, Luis A. (Univ. Nacional Autonoma de Mexico)   p. 107 (Pp2-28)
Perry, Robin (Univ. College London)   p. 85 (Pp2-6)
Peszke, Jerzy (Univ. of Silesia)   p. 97 (Pp2-18)
Petaccia, Luca (ELETTRA Sincrotrone)   p. 15 (Tu1-4)
Petrović, Alex P. (Nanyang Technological Univ.)   p. 50 (Fr2-2)
Phan, Giao Ngoc (Tohoku Univ.)   p. 56 (Pp1-6)
Picozzi, S. (CNR-SPIN)   p. 88 (Pp2-9)
Pinek, Damir (Univ. Grenoble-Alpes, CNRS, LMGP)   p. 61 (Pp1-11)
Plumb, Nicholas (Paul Scherrer Institute)   p. 3 (Mo1-3)
Potthoff, Michael (Univ. of Hamburg)   p. 77 (Pp1-27)
Prabhudesai, G. (Shizuoka Univ.)   p. 51 (Pp1-1)
Profeta, Gianni (Univ. of l'Aquila)   p. 15 (Tu1-4)
Profeta, Gianni (Univ. of L'Aquila & CNR-SPIN L'Aquila)   p. 34 (Th1-4)
Puppin, Michele (Fritz-Haber Institute, Berlin)   p. 54 (Pp1-4)

Q

Qian, Tian (Chinese Academy of Sciences)   p. 43 (Th4-2)

R

Radovic, M. (Swiss Light Source and SwissFEL, Paul Scherrer Institut)   p. 28 (We2-1)
Radovic, Milan (Paul Scherrer Institute)   p. 3 (Mo1-3)
Rausch, Roman (Univ. of Hamburg)   p. 77 (Pp1-27)
Razzoli, Elia (Univ. of British Columbia)   p. 5 (Mo2-2)
Razzoli, Elia (Univ. of British Columbia, Vancouver)   p. 29 (We2-2)
Razzoli, Elia (Univ. de Fribourg/Univ. of British Columbia, Vancouver)   p. 63 (Pp1-13)
Regoutz, A. (Imperial College London)   p. 88 (Pp2-9)
Reimman, Johannes (Philipps-Univ. Marburg)   p. 48 (Fr1-4)
Reinert, Friedrich (Univ. WEzburg)   p. 42 (Th4-1)
Rhodes, Luke C. (Royal Holloway Univ. of London / Diamond Light Source)   p. 14 (Tu1-3)
RiccE S. (Univ. of Geneva)   p. 28 (We2-1)
RiccE Sara (Univ. of Geneva)   p. 85 (Pp2-6)
Richter, Christine (Univ. de Cergy-Pontoise)   p. 98 (Pp2-19)
Riley, Jon M. (Univ. of St Andrews)   p. 58 (Pp1-8)
Riley, Jonathon M. (Univ. of St Andrews and Diamond Light Source)   p. 92 (Pp2-13)
Rödel, Tobias Chris (CSNSM, Univ. Paris-Sud and CNRS/IN2P3)   p. 33 (Th1-3)
Rogalev, Victor A. (Paul Scherrer Institute)   p. 34 (Th1-4)
Rogalev, Victor A. (Swiss Light Source, Paul Scherrer Institute)   p. 63 (Pp1-13)
Rollinger, Markus (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Rřnnow, Henrik M. (Institute for Condensed Matter Physics, EPFL)   p. 18 (Tu2-3)
Rosmus, Marcin (Jagiellonian Univ.)   p. 70 (Pp1-20)
Rossi, G. (Univ. degli Studi di Milano)   p. 88 (Pp2-9)
Rossi, Giorgio (Laboratorio TASC, CNR-IOM)   p. 75 (Pp1-25)
Rossi, Giorgio (Univ. of Milano)   p. 86 (Pp2-7)
Rossnagel, Kai (Kiel Univ.)   p. 23 (Tu4-1)
Rotenberg, Eli (Lawrence Berkeley National Laboratory)   p. 30 (We2-3)
Roth, Silvan (Ecole Polytechnique Fédérale de Lausanne)   p. 40 (Th3-3)
Rousuli, Awabaikeli (Hiroshima Univ.)   p. 90 (Pp2-11)

S

Saini, N.L. (Univ. of Roma "La Sapienza")   p. 64 (Pp1-14)
Saitoh, T. (Tokyo Univ. of Science)   p. 69 (Pp1-19)
Saitoh, Tomohiko (Tokyo Univ. of Science)   p. 52 (Pp1-2)
Saitoh, Tomohiko (Tokyo Univ. of Science)   p. 57 (Pp1-7)
Saitoh, Tomohiko (Tokyo Univ. of Science)   p. 81 (Pp2-2)
Saitoh, Tomohiko (Tokyo Univ. of Science)   p. 82 (Pp2-3)
Saitoh, Tomohiko (Tokyo Univ. of Science)   p. 84 (Pp2-5)
Saitoh, Tomohiko (Tokyo Univ. of Science)   p. 101 (Pp2-22)
Saitoh, Yuji (Japan Atomic Energy Agency)   p. 67 (Pp1-17)
Sakano, Masato (Univ. of Tokyo)   p. 65 (Pp1-15)
Sakano, Masato (Univ. of Tokyo)   p. 71 (Pp1-21)
Sanchez, Vicenta (Univ. Nacional Autonoma de Mexico)   p. 78 (Pp1-28)
Sánchez-Barriga, J. (Helmholtz-Zentrum Berlin, Bessy-II)   p. 28 (We2-1)
Sanders, Charlotte E. (Aarhus Univ.)   p. 49 (Fr2-1)
Sangiovanni, Giorgio (Univ. WEzburg)   p. 34 (Th1-4)
Sanna, Antonio (Univ. of l'Aquila)   p. 15 (Tu1-4)
Santander-Syro, Andrés Felipe (CSNSM, Univ. Paris-Sud and CNRS/IN2P3)   p. 33 (Th1-3)
Sasagawa, Takao (Tokyo Inst. of Tech.)   p. 17 (Tu2-2)
Sasagawa, Takao (Tokyo Inst. of Tech.)   p. 58 (Pp1-8)
Sato, Hitoshi (Hiroshima Univ.)   p. 89 (Pp2-10)
Sato, Hitoshi (Hiroshima Univ.)   p. 90 (Pp2-11)
Sato, Hitoshi (Hiroshima Univ.)   p. 91 (Pp2-12)
Sato, Ryo (Tohoku Univ.)   p. 104 (Pp2-25)
Sato, Takafumi (Tohoku Univ.)   p. 11 (Mo4-1)
Sato, Takafumi (Tohoku Univ.)   p. 53 (Pp1-3)
Sato, Takafumi (Tohoku Univ.)   p. 55 (Pp1-5)
Sato, Takafumi (Tohoku Univ.)   p. 56 (Pp1-6)
Sato, Takafumi (Tohoku Univ.)   p. 83 (Pp2-4)
Schmitt, Thorsten (Paul Scherrer Institut, Swiss Light Source)   p. 18 (Tu2-3)
Schmitt, Thorsten (Paul Scherrer Institute)   p. 34 (Th1-4)
Schneider, Christof W. (Paul Scherrer Institute)   p. 3 (Mo1-3)
Schöll, Achim (Univ. WEzburg)   p. 42 (Th4-1)
Schönhense, Gerd (Johannes Gutenberg-Univ.)   p. 60 (Pp1-10)
Schott, Christina (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Schröter, N. B. M. (Univ. of Oxford)   p. 66 (Pp1-16)
Schwier, Eike F. (Hiroshima Univ.)   p. 73 (Pp1-23)
Schwier, Eike F. (Hiroshima Univ.)   p. 76 (Pp1-26)
Schwier, Eike F. (Hiroshima Univ.)   p. 90 (Pp2-11)
Schwier, Eike F. (Hiroshima Univ.)   p. 95 (Pp2-16)
Schwier, Eike F. (Hiroshima Univ.)   p. 96 (Pp2-17)
Schwier, Eike Fabian (Hiroshima Univ.)   p. 72 (Pp1-22)
Schwier, Eike Fabian (Hiroshima Univ.)   p. 74 (Pp1-24)
Schwier, Eike Fabian (Hiroshima Univ.)   p. 105 (Pp2-26)
Segawa, Kouji (Kyoto Sangyo Univ.)   p. 53 (Pp1-3)
Seiro, Silvia (Max Planck Institute for Chemical Physics of Solids, Dresden)   p. 10 (Mo3-4)
Sémon, P. (Computational Science Initiative, Brookhaven National Laboratory)   p. 35 (Th2-1)
Sengupta, Shamashis (CSNSM, Univ. Paris-Sud and CNRS/IN2P3)   p. 33 (Th1-3)
Senkovskiy, Boris (Univ. of Cologne)   p. 15 (Tu1-4)
Seo, Jeongjin (Center for Correlated Electron Systems, Institute for Basic Science)   p. 16 (Tu2-1)
Shaik, Noore E. (Institute for Condensed Matter Physics, EPFL)   p. 18 (Tu2-3)
Shang, Tian (Paul Scherrer Institute)   p. 3 (Mo1-3)
Shatruk, Michael (Florida State Univ.)   p. 68 (Pp1-18)
Shi, Ming (Paul Scherrer Institute)   p. 3 (Mo1-3)
Shi, Ming (Swiss Light Source, Paul Scherrer Institute)   p. 5 (Mo2-2)
Shibata, D. (Kyoto Univ.)   p. 69 (Pp1-19)
Shibata, Daisuke (Kyoto Univ.)   p. 17 (Tu2-2)
Shibata, Daisuke (Kyoto Univ.)   p. 93 (Pp2-14)
Shimada, Kenya (Hiroshima Univ.)   p. 16 (Tu2-1)
Shimada, Kenya (Hiroshima Univ.)   p. 72 (Pp1-22)
Shimada, Kenya (Hiroshima Univ.)   p. 76 (Pp1-26)
Shimada, Kenya (Hiroshima Univ.)   p. 89 (Pp2-10)
Shimada, Kenya (Hiroshima Univ.)   p. 90 (Pp2-11)
Shimada, Kenya (Hiroshima Univ.)   p. 91 (Pp2-12)
Shimada, Kenya (Hiroshima Univ.)   p. 95 (Pp2-16)
Shimada, Kenya (Hiroshima Univ.)   p. 96 (Pp2-17)
Shimada, Kenya (Hiroshima Univ.)   p. 105 (Pp2-26)
Shimizu, Ryota (Tokyo Inst. of Tech./Tohoku Univ.)   p. 55 (Pp1-5)
Shimonaka, D. (Kyoto Univ.)   p. 69 (Pp1-19)
Shimonaka, Daiya (Kyoto Univ.)   p. 17 (Tu2-2)
Shimonaka, Daiya (Kyoto Univ.)   p. 93 (Pp2-14)
Shimoyama, Ryota (Tokyo Univ. of Science)   p. 84 (Pp2-5)
Shimura, Y. (Shizuoka Univ.)   p. 51 (Pp1-1)
Shin, Shik (Univ. of Tokyo)   p. 9 (Mo3-3)
Shin, Shik (Univ. of Tokyo)   p. 22 (Tu3-4)
Shin, Shik (Univ. of Tokyo)   p. 43 (Th4-2)
Shin, Shik (Univ. of Tokyo)   p. 65 (Pp1-15)
Shin, Shik (Univ. of Tokyo)   p. 71 (Pp1-21)
Shin, Shik (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Shishikura, Ai (Kyoto Univ.)   p. 93 (Pp2-14)
Singh, Simranjeet (Ohio State Univ.)   p. 30 (We2-3)
Slawinska, J. (CNR-SPIN)   p. 88 (Pp2-9)
Someya, Takashi (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Song, Dongjoon (AIST)   p. 16 (Tu2-1)
Sordi, G. (Royal Holloway, Univ. of London)   p. 35 (Th2-1)
Sota, Shigetoshi (RIKEN Advanced Institute for Computational Science)   p. 94 (Pp2-15)
Souma, Seigo (Tohoku Univ.)   p. 53 (Pp1-3)
Souma, Seigo (Tohoku Univ.)   p. 83 (Pp2-4)
Sow, Chanchal (Kyoto Univ.)   p. 93 (Pp2-14)
StadtmEler, Benjamin (Univ. of Kaiserslautern)   p. 47 (Fr1-3)
Starowicz, Pawel (Jagiellonian Univ.)   p. 70 (Pp1-20)
Stockert, Oliver (Max Planck Institute for Chemical Physics of Solids)   p. 8 (Mo3-2)
Strocov, Vladimir N. (Paul Scherrer Institute)   p. 34 (Th1-4)
Strocov, Vladimir N. (Swiss Light Source, Paul Scherrer Institute)   p. 63 (Pp1-13)
SE, Vicky (Max Planck Institute for Chemical Physics of Solids)   p. 5 (Mo2-2)
Sugawara, Katsuaki (Tohoku Univ.)   p. 55 (Pp1-5)
Sugawara, Katsuaki (Tohoku Univ.)   p. 56 (Pp1-6)
Sugimoto, Takanori (Tokyo Univ. of Science)   p. 94 (Pp2-15)
Sumida, Kazuki (Hiroshima Univ.)   p. 22 (Tu3-4)
Sumida, Kazuki (Hiroshima Univ.)   p. 62 (Pp1-12)
Sunko, Veronika (Univ. of St Andrews)   p. 58 (Pp1-8)
Suzuki, Shintaro (Univ. of Tokyo)   p. 9 (Mo3-3)
Suzuki, Takeshi (The Institute for Solid State Physics)   p. 101 (Pp2-22)
Szade, Jacek (Univ. of Silesia)   p. 59 (Pp1-9)
Szade, Jacek (Univ. of Silesia)   p. 97 (Pp2-18)

T

Taguchi, Kazuaki (Hiroshima Univ.)   p. 62 (Pp1-12)
Tajima, S. (Osaka Univ.)   p. 69 (Pp1-19)
Tajima, Setsuko (Osaka Univ.)   p. 66 (Pp1-16)
Takahashi, Kenta (Tokyo Univ. of Science)   p. 52 (Pp1-2)
Takahashi, Takashi (Tohoku Univ.)   p. 53 (Pp1-3)
Takahashi, Takashi (Tohoku Univ.)   p. 55 (Pp1-5)
Takahashi, Takashi (Tohoku Univ.)   p. 56 (Pp1-6)
Takahashi, Takashi (Tohoku Univ.)   p. 83 (Pp2-4)
Takahashi, Yuya (Tokyo Univ. of Science)   p. 82 (Pp2-3)
Takane, Daichi (Tohoku Univ.)   p. 83 (Pp2-4)
Takayanagi, Ryohei (Tokyo Univ. of Science)   p. 81 (Pp2-2)
Takeda, Yukiharu (Japan Atomic Energy Agency)   p. 67 (Pp1-17)
Takei, Shohei (Tokyo Univ. of Science)   p. 81 (Pp2-2)
Takita, Hitoshi (Hiroshima Univ.)   p. 72 (Pp1-22)
Takita, Hitoshi (Hiroshima Univ.)   p. 73 (Pp1-23)
Takita, Hitoshi (Hiroshima Univ.)   p. 74 (Pp1-24)
Takita, Hitoshi (Hiroshima Univ.)   p. 76 (Pp1-26)
Takita, Hitoshi (Hiroshima Univ.)   p. 95 (Pp2-16)
Takubo, K. (Univ. of Tokyo)   p. 64 (Pp1-14)
Tamai, A. (Univ. of Geneva)   p. 28 (We2-1)
Tamai, Anna (Univ. of Geneva)   p. 85 (Pp2-6)
Tamura, S. (Nagoya Univ.)   p. 66 (Pp1-16)
Tanaka, Arata (Hiroshima Univ.)   p. 26 (We1-3)
Tanaka, Isao (Univ. of Yamanashi)   p. 62 (Pp1-12)
Tanaka, Kiyohisa (Institute for Molecular Science)   p. 6 (Mo2-3)
Tanaka, Kiyohisa (UVSOR)   p. 17 (Tu2-2)
Tanaka, Kiyohisa (Institute for Molecular Science)   p. 61 (Pp1-11)
Tanaka, Kiyohisa (Institute for Molecular Science)   p. 71 (Pp1-21)
Tanaka, Yukio (Nagoya Univ.)   p. 66 (Pp1-16)
Tanida, Hiroshi (Hiroshima Univ.)   p. 91 (Pp2-12)
Taniguchi, Masaki (Hiroshima Univ.)   p. 16 (Tu2-1)
Taniguchi, Masaki (Hiroshima Univ.)   p. 17 (Tu2-2)
Taniguchi, Masaki (Hiroshima Univ.)   p. 73 (Pp1-23)
Taniguchi, Masaki (Hiroshima Univ.)   p. 76 (Pp1-26)
Taniguchi, Masaki (Hiroshima Univ.)   p. 89 (Pp2-10)
Taniguchi, Masaki (Hiroshima Univ.)   p. 90 (Pp2-11)
Taniguchi, Masaki (Hiroshima Univ.)   p. 91 (Pp2-12)
Tereshchenko, Oleg E. (Novosibirsk State Univ.)   p. 22 (Tu3-4)
Tereshchenko, Oleg E. (Novosibirsk State Univ.)   p. 48 (Fr1-4)
Thissen, Andreas (SPECS Surface Nano Analysis GmbH)   p. 60 (Pp1-10)
Tian, Zhaoming (Univ. of Tokyo)   p. 71 (Pp1-21)
Toga, Yuta (National Institute for Material Science)   p. 104 (Pp2-25)
Tohyama, Takami (Tokyo Univ. of Science)   p. 94 (Pp2-15)
Tohyama, Takami (Tokyo Univ. of Science)   p. 108 (Pp2-29)
Tohyama, Takami (Tokyo Univ. of Science)   p. 109 (Pp2-30)
Tokura, Kenji (Hiroshima Univ.)   p. 73 (Pp1-23)
Tomita, Takahiro (Univ. of Tokyo)   p. 71 (Pp1-21)
Torelli, Piero (CNR-IOM)   p. 87 (Pp2-8)
Trang, Chi Xuan (Tohoku Univ.)   p. 53 (Pp1-3)
Trang, Chi Xuan (Tohoku Univ.)   p. 83 (Pp2-4)
Tremblay, A.-M. S. (Univ. de Sherbrooke)   p. 35 (Th2-1)
Tsuei, Ku-Ding (National Synchrotron Radiation Research Center)   p. 80 (Pp2-1)
Tsuji, Naoto (RIKEN Center for Emergent Matter Science (CEMS))   p. 39 (Th3-2)
Tsutsui, Kenji (National Institutes for Quantum and Radiological Science and Technology)   p. 108 (Pp2-29)
Tu, Li-Wei (National Sun Yat-sen Univ.)   p. 80 (Pp2-1)
Tusche, C. (Max Planck Institute for Microstructure Physics)   p. 60 (Pp1-10)

U

Ubaldini, Alberto (Univ. de Genčve)   p. 63 (Pp1-13)
Ueda, Sigenori (NIMS)   p. 95 (Pp2-16)
Ueda, Takuya (Nagoya Inst. of Tech.)   p. 90 (Pp2-11)
Ueda, Yoshifumi (Hiroshima Univ.)   p. 62 (Pp1-12)
Ueno, Keiji (Saitama Univ.)   p. 55 (Pp1-5)
Uhrig, Götz S. (TU Dortmund Univ.)   p. 106 (Pp2-27)
Ulstrup, Soren (Lawrence Berkeley National Laboratory)   p. 30 (We2-3)
Uto, Tatsuro (Waseda Univ.)   p. 72 (Pp1-22)
Utsumi, Yuki (Synchrotron SOLEIL)   p. 89 (Pp2-10)

V

Valmispild, Viktor N. (The Hamburg Centre for Ultrafast Imaging)   p. 102 (Pp2-23)
van den Brink, Jeroen (IFW Dresden)   p. 27 (We1-4)
Venne, A. (Univ. de Sherbrooke)   p. 35 (Th2-1)
Verdi, Carla (Univ. of Oxford)   p. 92 (Pp2-13)
Vobornik, I. (Laboratorio TASC, CNR-IOM)   p. 88 (Pp2-9)
Vobornik, Ivana (CNR-IOM)   p. 41 (Th3-4)
Vobornik, Ivana (Laboratorio TASC, CNR-IOM)   p. 75 (Pp1-25)
Vobornik, Ivana (CNR-IOM)   p. 86 (Pp2-7)
Vobornik, Ivana (CNR-IOM)   p. 87 (Pp2-8)
von Löhneysen, Hilbert (Karlsruhe Inst. of Tech.)   p. 8 (Mo3-2)
Vyalikh, Denis (Donostia International Physics Center, Departamento de Fisica de Materiales and CFM-
        MPC UPV/EHU, San Sebastian)		   p. 10 (Mo3-4)

W

Wadati, H. (Okayama Univ.)   p. 64 (Pp1-14)
Walczak, Lukasz (PREVAC sp. z o.o.)   p. 99 (Pp2-20)
Wang, Chengwei (Osaka Univ.)   p. 6 (Mo2-3)
Wang, Chumin (Univ. Nacional Autonoma de Mexico)   p. 78 (Pp1-28)
Wang, Chumin (Univ. Nacional Autonoma de Mexico)   p. 107 (Pp2-28)
Wang, Weimin (Linkoping Univ.)   p. 98 (Pp2-19)
Wang, Y. (Stanford Univ.)   p. 28 (We2-1)
Wang, Z. (Swiss Light Source, Paul Scherrer Institut)   p. 28 (We2-1)
Wang, Zhiwei (Univ. of Cologne)   p. 53 (Pp1-3)
Wang, Zhiwei (Univ. of Cologne)   p. 83 (Pp2-4)
Watanabe, Mari (Tokyo Univ. of Science)   p. 101 (Pp2-22)
Watauchi, Satoshi (Univ. of Yamanashi)   p. 62 (Pp1-12)
Watson, Matthew (Diamond Light Source)   p. 92 (Pp2-13)
Watson, Matthew D. (Diamond Light Source)   p. 14 (Tu1-3)
Watson, Matthew D. (Diamond Light Source)   p. 50 (Fr2-2)
Watson, Matthew D. (Diamond Light Source)   p. 74 (Pp1-24)
Weis, Mateusz (Univ. of Silesia)   p. 59 (Pp1-9)
Weng, Hongming (Chinese Academy of Sciences)   p. 43 (Th4-2)
Weng, Shih-Chang (National Synchrotron Radiation Research Center)   p. 80 (Pp2-1)
Wetli, Christoph (ETH Zurich)   p. 8 (Mo3-2)
Wietstruk, Marko (SPECS Surface Nano Analysis GmbH)   p. 60 (Pp1-10)
Winchester, Andrew (Okinawa Inst. of Science and Tech. Graduate Univ.)   p. 100 (Pp2-21)
Wohlfeld, Krzysztof (Univ. of Warsaw)   p. 27 (We1-4)
Wolf, Martin (Fritz-Haber Institute, Berlin)   p. 54 (Pp1-4)
Wong, E Laine (Okinawa Inst. of Science and Tech. Graduate Univ.)   p. 100 (Pp2-21)
Wortelen, Henry (Westfälische Wilhelms-Univ.)   p. 21 (Tu3-3)
Wu, Shilong (Hiroshima Univ.)   p. 62 (Pp1-12)

X

Xu, Jinsong (Ohio State Univ.)   p. 30 (We2-3)
Xu, Qiunan (Chinese Academy of Sciences)   p. 43 (Th4-2)

Y

Yair Bruno, Flavio (Univ. of Geneva)   p. 85 (Pp2-6)
Yaji, Koichiro (Univ. of Tokyo)   p. 43 (Th4-2)
Yaji, Koichiro (Univ. of Tokyo)   p. 65 (Pp1-15)
Yamada, Keiko (Tohoku Univ.)   p. 53 (Pp1-3)
Yamagami, Hiroshi (Kyoto Sangyo Univ.)   p. 10 (Mo3-4)
Yamagami, Hiroshi (Kyoto Sangyo Univ.)   p. 67 (Pp1-17)
Yamamoto, Etsuji (Japan Atomic Energy Agency)   p. 67 (Pp1-17)
Yamamoto, S. (Kyoto Univ.)   p. 69 (Pp1-19)
Yamashita, Tetsuro (Nagoya Inst. of Tech.)   p. 89 (Pp2-10)
Yamawaki, Kazuma (Kyoto Univ.)   p. 17 (Tu2-2)
Yang, Bohm-Jung (Seoul National Univ.)   p. 58 (Pp1-8)
Yang, Hung-Duen (National Sun Yat-sen Univ.)   p. 80 (Pp2-1)
Yaroslavtsev, Alexander (European XFEL GmbH)   p. 68 (Pp1-18)
Yasui, Akira (Japan Synchrotron Radiation Research Institute)   p. 52 (Pp1-2)
Yasui, Akira (JASRI)   p. 57 (Pp1-7)
Yasui, Akira (Japan Synchrotron Radiation Research Institute)   p. 81 (Pp2-2)
Yasui, Akira (Japan Synchrotron Radiation Research Institute, SPring-8)   p. 84 (Pp2-5)
Yazyev, Oleg (Ecole Polytechnique Fédérale de Lausanne)   p. 40 (Th3-3)
Yokoyama, Hisatoshi (Tohoku Univ.)   p. 104 (Pp2-25)
Yonezawa, Shingo (Kyoto Univ.)   p. 93 (Pp2-14)
Yoshida, Teppei (Kyoto Univ.)   p. 17 (Tu2-2)
Yoshida, Teppei (Kyoto Univ.)   p. 69 (Pp1-19)
Yoshida, Teppei (Kyoto Univ.)   p. 93 (Pp2-14)
Yoshida, Yoshiyuki (AIST)   p. 16 (Tu2-1)
Yoshikawa, Tomoki (Hiroshima Univ.)   p. 62 (Pp1-12)
Yu, Shih-Hsun (National Sun Yat-sen Univ.)   p. 80 (Pp2-1)
Yukawa, Ryu (High Energy Accelerator Research Organization)   p. 6 (Mo2-3)

Z

Zhang, Peng (Univ. of Tokyo)   p. 43 (Th4-2)
Zhao, Lingxiao (Chinese Academy of Sciences)   p. 43 (Th4-2)
Zheng, Mingtian (Hiroshima Univ.)   p. 90 (Pp2-11)
Zhou, Shuyun (Tsinghua Univ.)   p. 19 (Tu3-1)
Zhou, Xingjiang (Chinese Academy of Sciences)   p. 12 (Tu1-1)