Program and presentations
Last update: 2023-08-30
Presentation guideline
The schedule is relatively flexible, allowing discussion and interaction between the presenter and participants.
- Each presentation is expected to be about 20 min. We do not have remote sessions.
- During the presentation, questions and brief discussion from the audience will be accepted.
- Presentation slides will be collected and shared within the participants. If you include slides that cannot be shared, please prepare a reduced version as well.
- Authors are encouraged to cover the big picture in addition to their own research. For example,
- Overview of the field. What are left as the open questions? Why are they important/interesting?
- What will be the desired next measurements/studies? How do they advance our knowledge?
- Interdisciplinary aspects. For example, place your study in the context of the plasma-surface-exosphere-dust interaction aspects.
- Identify links to future lunar/planetary exploration.
- How can we disseminate our own studies or these fields to the other stakeholders?
Schedule
Day 0 (2023-09-04, Mon)
| Time |
Title/Event |
| 14:30 |
Departure from Kiruna (IRF, airport) to Bjorkliden |
| 17:00 |
Registration, check in |
| 18:00 |
Dinner |
Day 1 (2023-09-05, Tue)
Day 2 (2023-09-06, Wed)
Day 3 (2023-09-07, Thu)
Day 4 (2023-09-08 Fri)
| Time |
Title/Event |
|
Breakfast |
| -09:00 |
Checkout |
| 09:00-10:30 |
Science session: Wrap up. Future aspects. What sciences are attractive? |
| 10:30-11:00 |
LuPIN's future direction. Plan for LuPIN-2 |
| 11:00 |
Departure from Bjorkliden to airport. Lunch box served on bus |
| 13:00 |
Arrival at airport, IRF |
Scientific talks
Science session 1: Current state of the field
| Speaker |
Title |
| Stas Barabash |
The Moon is not boring: exciting plasma physics of the archetype of airless bodies |
Science session 2: Space plasma
| Speaker |
Title |
| Jasper Halekas |
Moon-plasma interactions: A solar cycle of observations from THEMIS-ARTEMIS |
| Yoshifumi Saito |
Overview of Kaguya plasma science outcome |
| Iannis Dandouras |
The Moon in the magnetospheric domains |
| Shahab Fatemi |
Lunar magnetic anomaly and its interaction with the solar wind |
| Dragos Constaninescu |
Lunar Crust Magnetization near the Schlüter P. Crater |
| Lianghai Xie |
The shielding effects of lunar magnetic anomalies and craters on the near-surface space environment |
| Benjamin Grison |
Plasma waves at the Moon |
| Riku Jarvinen |
Comparative hybrid modeling of airless planetary bodies in the solar wind |
| Shahab Fatemi |
Global hybrid simulations of solar wind interaction with the entire lunar crustal fields |
Science session 3: Surface charging, plasma interaction, exosphere
| Speaker |
Title |
| Yohei Miyake |
Role of numerical studies in the electrostatics of the Moon |
| Jan Deca |
Plasma dynamics near the lunar surface |
| Martin Wieser |
Sputtering and scttering from the Moon |
| Quentin Nénon |
Space weathering of the lunar surface and polar craters based on ARTEMIS and Wind ion observations |
| Frederic Allegrini |
Strofio status and Strofio for the lunar exosphere |
Science session 4: Energetic plasma
| Speaker |
Title |
| Bob Wimmer-Schweingruber |
High-energy plasma on and at the Moon: Heliospheric science context |
| Elias Roussos |
High energy plasma: Surface interaction |
| Xin Wu |
Pix.PAN: versatile instrument for particle environment studies on the lunar surface |
Science session 5: Dust
| Speaker |
Title |
| Mihaly Horanyi |
Dust-plasma interaction on the Moon |
| Patrick Fröhlich |
Dust environment at the lunar surface |
Science session 6: Future mission, instrument
| Speaker |
Title |
| Manabu Shimoyama |
Lunar Neutrals Telescope |
| Romain Canu-Blot |
NILS |
| Iannis Dandouras |
Space Plasma Physics Science Opportunities for the Lunar Gateway |
| Stas Barabash |
The SELMA mission |
| Yoshifumi Futaana |
Environment instrumentation on the Moon surface |