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Revised June 26, 2020

REvised June 20, 2020

Revised May 21, 2020

Set-up May 20, 2018

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iCAMP'20

International Conference on Condensed Matter Photo-Physics 2020


ICAMP'20 is held in a split style, iCAMP’20 in summer and iCAMP’20 in winter. The former is an online conference and the latter meet-together conference. The meet-together conference will be held at a hotel Nen-Rin-Bou Takagamine Northern Kyoto which is located in a zone of fill in culture.

Online Discussion

M-01 (Takaya Kubo, Prof.)

M-02 (Masao Kamada, Prof.)

M-03 (Hisaaki Nishimuura, D2)

M-04 (Yusuke Funakawa, M2)

...Question (Piotr Petelenz, Prof. June 25): As follows from the recent comprehensive overview [A.C. Berends et al., J. Phys. Chem. Lett. 2019, 10, 1600], CuInS2 is an electrically extremely flexible semiconductor. Its surface, and even its bulk electrical properties, sensitively depend on the surrounding medium. Is the choice of poly (diallyldimethylammonium) chloride for embedding the CIS quantum dots targeted for some specific application? Or is the environment it provides expected to give a cue for some fundamental question concerning CIS bulk physics? Or is this paper just a synthesis-focused reconnaissance study? I would be grateful for some guidance in this regard.

... Reply:

M-05 (Yong Shin Lee, D3)

M-06 (Manato Yoshida, M1)

M-07 (Yoshiki Tanabe, M2)

...Comments (Tadashi Itoh, Prof. June 25): Concerning the paper “Evaluation of photoluminescence properties of CdTe quantum dot superlattices”, I would like to send you my comments as follows: 1) Congratulation for your success in fabricating CdTe QDSLs by utilizing the amide bonds between NACs which are the ligands attached to single QDs. It may be an excellent method for making regular QD arrays. 2) You have successfully observed that the PLE peak energy does not change even though the detection energy is different, contrary to the case of the QD solution with size distribution where the PLE peak energy does change when the detection energy is different. 3) I think that the above phenomenon is a clear evidence of electronic relaxation among QDs in the QD arrays. There may be two kinds of interpretation for this phenomenon: one is the electronic resonance transfer by the formation of minbands in the QDSLs and the other is the phonon-assisted rapid energy transfer toward those QDs with larger sizes, caused by the overlapping of electronic excited states among adjacent QDs. 4) I imagine that the former interpretation might be more probable because you have observed the periodic structural order of the QD arrays by means of x-ray diffraction measurement. However, the diffraction pattern might appear even if there is only a partial regularity inside the QD arrays. In order to confirm the formation of minibands, it may be desirable to get further experimental evidence such that the miniband energy width and/or the bandedge energy depends on the superlattice constant (that is the distance between adjacent QDs), for example, by changing the length of the ligand. 5) Anyway, I enjoyed reading the paper very much. I hope your further success in the near future.

... Reply (June 27): Thank you for your informative comments on the manuscript. We really appreciate it. Currently, we are fabricating samples with varying ordered structure scales and investigating the relationship between ordered structure scales and miniband formation. Through this research, we are trying to elucidate the phenomena occurring in the ordered structure.

M-08 (Mitsuru Hirao, M2)

M-09 (Atsuo Matsui, Prof.)

M-10 (Piotr Petelenz, Prof.)

M-11 (Ayane Murano, M2)

M-12 (Yoichiro Mushiaki, M2)

M-13 (Yusuke Iwasaki, D1)

M-14 (Shojiro Takeyama, Prof.)

M-15 (Yuki Maeda, D1)

M-16 (Toshiro Kohmoto, Prof.)

M-17 (Ivan G. Scheblykin, Prof.)

M-18 (Richard J. Cogdell, Prof.)

... Question (Yoshitaka Oeda, Dr. May 20): Your manuscript is very interesting. Unfortunately, however, I do not understand a word "refix" in your manuscript.

... Reply (May 21): Refix means to reabsorb. Carbon dioxide was originally removed from the atmosphere by photosynthetic activity and then put back into the air by burning fossile fuels.

M-19 (Kazunari Matsuda, Prof.)

M-20 ( Juergen Koehler, Prof.)

Based on ICC support, "Excellent Presentation Prize" for graduate student participants is set up. Laureate name will be announced late September. 'Excellent Presentaion award' was merged into this Prize.

Scope: This conference has been planned to discuss topics across all fields of Condensed Matter Photo-Physics. To promote our research activities further we should bring in young researchers with wide-ranging views and pioneering spirits. Looking back at the history of condensed matter photo-physics over the past 100 years, new concepts and ideas were often triggered by people working on the outskirts of traditional research realms. Therefore, we wish to take in fresh blood.

Owing to COVID-19 pandemic, iCAMP’20 will be held under a novel design; iCAMP’20 in summer does not include any meeting where participants get together, that is, we will not have oral and poster sessions there.

Nevertheless, we will keep our policy to encourage young participants to present their papers in good shape to distribute their new results. This new presentation style will probably press young participants to enforce additional effort to polish their manuscripts. We hope they overcome this severe barrier and obtain higher educational capacity.

International Organizing Committee (IOC): Prof. Atsuo Matsui (Chairman, Japan), Prof. Piotr Petelenz (Poland), Prof. Ivan Scheblykin (Sweden), Secretary: Dr. Yoshitaka Oeda (Japan)

Local Organizing Committee (LOC): Prof. Tadashi Itoh (Osaka Univ.), Prof. DaeGwi Kim (Osaka City Univ.), Prof., Atsuo Matsui (Chairman, Organo-Optic Research Lab.), Dr. Yoshitaka Oeda (Organo-Optic Research Lab.)

International Advisory Board (IAB): Prof. Takaya Kubo (Univ. of Tokyo), Prof. Keiichiro Nasu (KEK), Prof. Shojiro Takeyama (Univ. of Tokyo), Prof. Takenari Goto (Tohoku Univ.), Prof. Maria Antonietta Loi (Univ. of Groningen ), Prof. Masao Kamada (Saga Univ.), Prof. Dr. Michael Schreiber (Technische Univ. Chemnitz), Prof. Masaaki Nakayama (Osaka City Univ.), Prof. Kazunari Matsuda (Kyoto. Univ.), Prof. Dr. Jürgen Köhler (Univ. Bayreuth), Prof. Richard Cogdell (Univ. of Glasgow)

Conference schedule:
(1) Registration deadline March 31, 2020
(2) Manuscript submission deadline May 31, 2020
Manuscripts (Abstract, brief Note, or a longer Report are all agreeable) will be bound in a booklet, which we address ' abstract-booklet' and 'datum-booklet'. Both booklets will be sent in late June to all the participants (registrants) by domestic mail or by international surface mail because air mail from Japan to overseas countries are not available. We would like to ask you not to make any copy and not to cite any datum on the datum-booklet. The datum-booklet should be destroyed immdeiately after iCAMP'20 in winter, Dec. 1. 2020, because some authors want to keep their data not open to public before publishing them in international journal. All Rights Reserved.

(3) Registration fee payment dead line May 31, 2020. When your registration fee payment is received you will get a confirmation email sent from iCAMP'20 office. The registration is common through two conferenes in summer and in winter.

Registration fee: 6000 JPY or 55 USD or 50 EURO, the fee is waived for retired researcher (please refer important information on payment)

Registration: Should be emailed to iCAMP'20 office ( icamp20@gaia.eonet.ne.jp) as a script file which includes

  • (1)Full Name (Family name, First name, Middle name, Japanese character name and ICC ID if you have)
  • (2)Title (e.g. Professor, Dr, D2, M2, Prof. Retired, Researcher Retired, etc)
  • (3)Institute: Name and its Address + Phone and FAX numbers
  • (4)Email address of your own and mailing address where you wish to receive conference book
  • (5)If you are the corresponding author, give us
  • ➀Title of your paper
  • ➁Every participant has an equal opportunity to present his/her paper as the first author only once during this conference.



Manuscript (Abstract, brief Note, or a longer Report) for abstract-booklet:
  • (1) Manuscript and datum submission are May 31, 2020.
  • (2) 1~ 5-pages or over is allowed for each contributed paper and for an invited paper as well.
  • (3) Apply Microsoft Word on size A4 paper.
  • (4) Keep paper size A4 strictly: 210mm x 297 mm (8.3 inches X 11.7 inches)
  • (5) Leave margins on both the sides, left and right 19.05 mm (0.75 inches), and 25.4 mm (1.0 inches) for top and bottom.
  • (6) Do not put on page number.
  • (7) Manuscript should include: ・Title ・Author’s name (s) (corresponding author should be indicated with underline, and his/her email address) ・Author’s affiliation(s) ・Key words
  • (8) Send manuscript in pdf file to iCAMP’20 office ( icamp20@gaia.eonet.ne.jp)

Datum (Data, diagram, picture, etc.) for datum-booklet:
  • Datum-booklet is planned to get better communications among participants. Please keep the same format on you datum sheet as applied to you manuscript for abstract-booklet, the same sheet size and the same margin around the paper.

    Those who wish to present your personal picture on datum-booklet, please send your picture to iCAMP’20 office in jpg file, maybe together along with your datum.

    Topics(Key words): application of condensed matter photo-physics, atomically thin materials, excitonic processes, experimental techniques, high-magnetic field, high pressure, inorganic and organic materials, luminescence, modulation spectroscopy, nano-particles, near-field spectroscopy, non-linear spectroscopy, biological systems, phonons, photo-induced phase change, photonic crystals, quantum dots, quantum entanglement and information processing, semiconductors, single molecule spectroscopy, solar cells, new techniques, thin films, THz spectroscopy. ultra-fast spectroscopy, VUV spectroscopy and others

    Invited Paper:
    • M-14 Prof. Shojiro Takeyama, Univ. of Tokyo "Magneto-optical approach to megagauss magnetic fields"
    • M-01 Prof. Takaya Kubo, Univ. of Tokyo " Colloidal Quantum Dots and Next Generation Photovoltaics"
    • M-18 Prof. Richard Cogdell, Univ. of Glasgow "What can we learn from photosynthesis about how to harvest solar energy"
    • M-20 Prof. Juergen Koehler, Univ. Bayreuth "Contribution of low-temperature single-molecule techniques to structural issues of photosynthetic light-harvesting antennae"
    • M-19 Prof. Kazunari Matsuda, Kyoto Univ. "Emerging Optical Physics and Application of Nano-carbon and Atomically Thin Materials"
    • M-02 Prof. Masao Kamada, Saga Univ. "Dynamics of Core- and Valence-Excited States Studied with Synchrotron Radiation and Laser"
    • M-17 Prof. Ivan G. Scheblykin, Lund Univ. "Charge recombination goes digital: the case of luminescent nanostructured perovskite semiconductors"

    Acknowledgements:

    Our gratefull acknowkedgement goes to KANSAI-OSAKA 21st Century Association for their financial support.

    We also acknowledge individual supporters, Prof. Ken-ichi Mizuno (Japan), Kathy Walker-Isaac (California), Ichiro Akai (Japan), Takeshi Ohno (Japan), Prof. Keiichiro Nasu (Japan), Prof. Takenari Goto (Japan), Prof. Takaya Kubo (Japan) and ICC ( HP http://www.eonet.ne.jp/~icc-office/icc.html )


    iCAMP'20 in summer

    Discussion Column (question ans answer): All the question, commment, and advice to the author and replies to them should be emailed to iCAMP'20 Office will appear on iCAMP'20 HP. Visiting the HP participants learn how discussion is going on.

    iCAMP'20 in winter

    Nov. 30 (Mon.) through Dec. 1 (Tues.)

    iCAMP'20 in winter will be held at Japanese style Hotel Nen-Rin-Bou located 6Km north of Kyoto city center. We'll have invited, oral and poster presentation. All the registered participants are welcome to join it to discuss their research achievements.


    Access:

    From JR Kyoto station: take subway to Kita-Oji stn or take municipal bus #205 to Kita-Oji bus terminal, then take municipal bus 北1 [北 means North ] and get off the bus at bus stop Yakaga-mine Genkou-an Mae

    From Hankyu Shijyo-Kawaramachi :take municipal bus #205 to Kita-Oji bus terminal and then take municipal bus 北1   

    Hino Budoh performance is scheduled to be demonstrated, which will provide participants a novel opportunity to learn Japanese culture.


    Guide for private tour

    contact: icamp20@gaia.eonet.ne.jp