PERC Int'l Symposium on Dust & Parent Bodies 2026 (IDP2026)

OBJECTIVE:

To share state-of-the-art research on dust delivered to Earth and its parent bodies in a multidisciplinary approach of planetary science and astronomy in light of the DESTINY⁺ mission

 

Scientific program

Thursday, March 5, 2026

13:30-13:40   Tomoko Arai (PERC, Chiba Institute of Technology)

  1. Opening Remarks

[Chair: Koji Wada]

13:40-14:00    Tomoko Arai (PERC, Chiba Institute of Technology) and DESTINY⁺ team

  1. Current status of DESTINY⁺

14:00-14:20    Ko Ishibashi (PERC, Chiba Institute of Technology), Takaya Okamoto, Manabu Yamada, Osamu Okudaira, Peng Hong, Yuta Suzaki, Takeshi Miyabara, Masayuki Ohta, Takayuki Hosonuma, Takahiro Ishimaru, Shunsuke Sato, Tomoko Arai, Fumi Yoshida, Masato Kagitani, Shingo Kameda, and Takeshi Takashima

  1. Developing status of DESTINY⁺ onboard cameras TCAP and MCAP

14:20-14:25    One-min Talks from Poster Presenters

14:25-15:00    Poster Session

[Chair: Hiroshi Kimura]

15:00 -15:20    Maximilian Komposch (University of Stuttgart, Institute of Space Systems), Denis Acker, Marcel Bauer, Roberto Blanco, André Beck, Andy Hinkel, Stephan Ingerl, Nozair Khawaja, Patrick Fröhlich, Michael Lengowski, Yanwei Li, Anna Mocker, Florian Rieth, Jonas Simolka, Ralf Srama, Heiko Strack, Carsten Wagner

  1. Destiny Dust Analyzer: Qualification and first light

15:20 -15:40    Yoonsoo P. Bach (Korea Astronomy and Space Science Institute), Sunho Jin, Carey M. Lisse, Masateru Ishiguro, Jooyeon Geem, Max Mahlke, Bumhoo Lim, Seungwon Choi, Hangbin Jo

  1. SPHEREx NIR observations of (3200) Phaethon - Preliminary report

15:40-16:20    Poster Session/Coffee Break

[Chair: Fumi Yoshida]

16:20-16:40    Hangbin Jo (Seoul National University), Masateru Ishiguro, Derek C. Richardson, Sean Marshall, Tomoko Arai, Ishibashi Ko

  1. Geophysical analysis of Phaethon

16:40-17:00    Hee-Jae Lee (Korea Astronomy and Space Science Institute), Myung-Jin Kim, Hong-Kyu Moon, and Young-Jun Choi on behalf of the Apophis Observation Team

  1. Improved constraints on the physical properties of (99942) Apophis from the 2021 observation campaign

17:00                Adjourn

18:00-20:00    Conference Dinner [optional]


Friday, March 6, 2026

[Chair: Takaya Okamoto]

11:20-11:40    Seung-Yoo Lee (Seoul National University), Masateru Ishiguro, Hangbin Jo, Sung-Chul Yoon

  1. Resonant rings of dust around orbits of terrestrial planets

11:40-12:00    Vijay Pratap Singh (Hiroshima University), N. G. Rudraswami

  1. Comprehensive study of cosmic spherules: Insights into micrometeorite flux and geochemical impact from Antarctic and deep-sea environments

12:00 -13:30    Lunch

[Chair: Hiroki Senshu]

13:30-13:50    Patrick Michel (ESA, French National Center of Scientific Research, The University of Tokyo), LAZZARIN Monica and the RAMSES science team

  1. RAMSES (Rapid Apophis Mission for SpacE Safety)

13:50 -14:10    Tatsuaki Okada (JAXA), TIRI team

  1. Thermal infrared imaging of asteroid Apophis by the RAMSES mission

14:10-14:30    Ernesto Palomba (IAPS-INAF)

  1. HAMLET: Hyperscout for Apophis MultispectraL Exploration and Taxonomy

14:30-15:10    Poster Session/Coffee Break

[Chair: Masanori Kobayashi]

15:10-15:30     Norbert Krupp (MPS), Olaf Roders, Elias Roussos, Markus Fränz, Stas Barabash, Yoshifumi Futaana

  1. RAMSES Plasma Spectrometer RPS science

15:30-15:50     Ferdinand Plaschke, Uli Auster, Matthias Noeker (DLR), Norbert Krupp (MPS)

  1. The RAMSES MARIE magnetometer

15:50-16:00    Masanori Kobayashi (PERC, Chiba Institute of Technology)

  1. Closing Remarks

16:00                 Adjourn

 

Poster presentations

- Noboru Ebizuka (RIKEN), Yoshihiko Shigeno

  1. Arrival directions of meteoroids with hyperbolic orbits III

- Isao Sato (Japan Astronomical Society)

  1. The first 4-D dust trail calculation of meteors

- Eduard Kuznetsov (Ural Federal University), Mikhail Galiullin, Dmitry Glamazda, Yulia Wiebe

  1. Characterization of near-earth objects from SBG telescope observations in 2023-2025 [retracted]

- Mohit Melwani Daswani (Earth-Life Science Institute, Institute of Science Tokyo), Julie Castillo-Rogez

  1. Uranian moon origins constrained by thermodynamically predicted dust compositions