LIST OF PARTICIPANTS
PLENARY SPEAKERS
- Ricardo Correa da Silva (Erlangen)
- Rita Fioresi (Bologna) - Geometric Deep Learning meets Quantum Groups: a quantum differential calculus approach to differential geometry on graphs for machine learning
- Volodymyr Mazorchuk (Uppsala)
- Vincenzo Morinelli (Rome)
- Philip Morrison (Austin) - Metriplectic Geometries: Definitions and Applications
- Réamonn Ó Buachalla (Prague)
- Alexander Smith (Anselm)
- Alice Barbara Tumpach (Vienna/Lille)
The list is tentative and some speakers have not yet confirmed their participation. Additional speakers may still be added to the list.
PARTICIPANTS
- Arthur Nzunogera* (Bujumbura)
- Simran Arora (Kyoto) - TBA
- Paul-Hermann Balduf (Oxford) - Topological quantum field theory and the odd graph complex
- Alessandro Carotenuto (Parma)
- Jen-Hsu Chang (Tau-Yuan City) - Construction of totally non-negative pfaffian
- Alina Dobrogowska (Białystok)
- Fatih Erman (İzmir) - On the Completeness of Energy Eigenfunctions for Renormalized Quantum Systems
- Ümit Ertem (Ankara) - Hidden symmetries and their algebra structures on Courant algebroids
- Laszlo Feher (Szeged)
- Jean-Pierre Gazeau (Białystok/Paris)
- Tomasz Goliński (Białystok)
- Grzegorz Jakimowicz (Białystok)
- Chaymae Karam (Rabat) - Unveiling Cosmic Dynamics through $f(Q)$ Gravity
- Piotr Kielanowski (Białystok)
- Otto Kong (Taoyuan) - Noncommutative Geometry from the Perspective of Quantum Physics
- Nafisa Nujhat* (Habiganj)
- Anatolij Prykarpatski (Kraków)
- Abhishek Rajak (London)
- Sergei Shabanov (Gainesville, Florida) - Orbit space geometry in gauge systems and affine quatization
- Muhammad Wasee Shahid* (Sargodha)
- Swapnil Singh* (Banagalore) - Ricci Flow with Scalar Fields for Early Universe Cosmology
- Aneta Sliżewska (Białystok)
- Marzena Szajewska (Białystok)
- Shafeeq Rahman Thottoli* (Jazan)
- Haydar Uncu (Istanbul) - TBA
- Sokratis Varelogiannis (Bologna)
- Elwira Wawreniuk (Białystok)
- Laios Zafeiriou (Thessaloniki)
- Josef Zwanziger (Halifax) - The relationship between the Berry connection and orbital magnetism: First principles calculation of magnetic shielding
