The String Data International Conference Series is the first meeting in the world to combine data science and string theory. It is evolving not just as a unique field of string theory with machine learning, but with broader topics connecting theoretical physics and AI. The research was first emerging that introduces big data technology to explore the multidimensional landscape of string theory. String theory is a promising candidate for a unified theory of physics, and while it offers many possibilities, its computational complexity and the existence of many vacuum states present challenges. Developments in state-of-the-art methods using machine learning, as well as collaborations with previous work, are advancing the "landscape" of string theory -- not only string phenomenology but also various advanced topics related to string theory, such as holography, quantum field theories, CFT, SFT, quantum gravity, elementary particle physics, nuclear physics, statistical physics, lattice QFT, and even fundamental quantum mechanics and quantum information. As an emerging community, participants will be able to share the latest developments and discuss the next steps toward unraveling theoretical physics. This conference can be seen as an advanced area of "machine learning physics" that has the potential to bring new perspectives to our understanding of physics.
Please make a registration at the registration website. (The number of the on-site participants is limited due to the capacity of the venue. The deadline for the registration for the on-site participants is October 31st. 2024.)
Please make a registration at the registration website. Talks at the international conference are broadcasted online via zoom.
If you like to make a contributed talk, at the registration please choose "contributed presentation". Young researchers are encouraged to apply. In principle, we plan to provide a talk slot for every applicant. In case we have too many applicants, parallel sessions are organized. The length of the contributed talks depends on the number of applications and the talk topics, and the organizers will determine the program. The details will be notified to the applicants later. Note that there is no poster session.
(Tentative)
Dec. 10 (Tue) | Dec. 11 (Wed) | Dec. 12 (Thur) | |
---|---|---|---|
9:20 - 10:20 | Registration | TBA TBA |
TBA TBA |
10:20 - 10:40 | Welcoming address | break | break |
10:40 - 11:40 | TBA TBA |
TBA TBA |
TBA TBA |
11:40 - 13:30 | Lunch break | Lunch break | Lunch break |
13:30 - 14:30 | TBA TBA |
TBA TBA |
Discussion sessions |
14:30 - 14:50 | break | break | |
14:50 - 15:50 | TBA TBA |
Parallel sessions (3 rooms) | |
15:50 - 16:10 | break | ||
16:10 - 17:10 | TBA TBA |
This conference will be held at Panasonic Auditorium, Yukawa Hall, Yukawa Institute for Theoretical Physics, Kyoto University, Kyoto, Japan. Please check the "Access maps" in the YITP webpage. A network (wired/wireless) for the workshop participants is available. To connect to the network, you need authentication using the ID and the password to be announced in the congress kit. Please note that YITP takes no responsibility for any damage you might have by connecting your PC to the YITP networks. If you are using a Windows PC, we kindly ask you to install any one of Anti-Virus softwares before connecting your PC to the network. For PCs running on other operating systems (e.g. MacOS, Linux), see a leaflet "YITP Network Facilities for Workshop Participants" in your congress kit. P2P connections are prohibited. Please do not use P2P file sharing softwares while connecting the YITP network.
Please make reservations of your accommodation by yourself, unless otherwise informed. You can find some information in "Accommodations" in the YITP webpage. We recommend that you will make the reservations at your earliest convenience because Kyoto will be crowded by many tourists during this season.
Hashimoto, Koji (Kyoto University, chair)
Yoshida, Kentaroh (Saitama University)
Murata, Masaki (Saitama Institute of Technology)
Sugishita, Sotaro (Kyoto University)
Hirono, Yuji (Osaka University)
Sannai, Akiyoshi (Kyoto University)
Yoda, Takuya (Kyoto University)
Hikida, Yasuyuki (Kyoto University)
Tanahashi, Norihiro (Kyoto University)
This conference is supported and co-hosted by YITP (Yukawa Institute for Theoretical Physics), Kyoto University.