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Inside of the Mathematics building, use the staircase next to the main entrance and go up to the top.
Inside of the Mathematics building, use the staircase next to the main entrance and go up to the top.


==Programme and Schedule==
==Program and Schedule==


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Revision as of 10:08, 9 February 2024

Donau-Regensburg-St Oswald.jpg

 Conference: Nearby Cycles and Derived Geometry (Feb 26 - Mar 1 2024)

Aim and Scope

The geometry of nearby cycles, using microlocal methods or motivic approaches, has recently seen spectacular advances in many different directions: symplectic geometry, non-archimedean analytic geometry, or arithmetic geometry, using more and more tools from derived algebraic geometry and higher category theory. This has many applications in mirror symmetry, in the Langlands program, or in ramification theory, for instance. This conference aims at gathering experts from different fields to emulate progress in different branches of geometry.

List of Speakers

  • Tomoyuki Abe
  • Alexander Efimov
  • Martin Gallauer
  • Sally Gilles
  • Haoyu Hu
  • Fangzhou Jin
  • Xin Jin
  • Tasuki Kinjo
  • Massimo Pippi
  • Mauro Porta
  • Charanya Ravi
  • Nicolò Sibilla
  • Hiro Lee Tanaka
  • Alberto Vezzani
  • Gabriele Vezzosi
  • Enlin Yang
  • Yuri Yatagawa

Practical Information

Regensburg-Dom.jpg


City of Regensburg: Regensburg is a Unesco World Heritage site that is famous for its well-preserved medieval city center and its beautiful Gothic cathedral.
Further information about Regensburg can be found here.

Internet: Access to eduroam and BayernWLAN is available throughout the Mathematics Building.

Accomodation: Regensburg is a tourist destination and we encourage guests to book their rooms as early as possible. Here is a list of hotels in the area:

- Hotel Münchner Hof (In the city center, one must take a bus to the University.)

- Hotel Kaiserhof am Dom (In the city center, one must take a bus to the University.)

- Hotel Jakob (In the city center, one must take a bus to the University.)

- Hotel Apollo (Near the University, but limited eating options nearby.)

- Hotel Wiendl (Between the city center and the University.)

- Hotel Central (Between the city center and the University, one must take a bus to the University.)

Family Friendly Campus: Our UR family service offers various rooms for families and services. If you need further information look here.


Venue

All lectures and research talks are in the lecture hall M311, at the 3rd floor of the Mathematics building of Regensburg University (Attention: not the department "Mathematik und Informatik" of the OTH).

One can reach the University of Regensburg by following the instructions here and see here for maps of the campus. Many of the participants will probably arrive by bus at the Central Bus Station of the university which is close to the math building, a bit more towards North (=top of the plan).

Inside of the Mathematics building, use the staircase next to the main entrance and go up to the top.

Program and Schedule

Monday February 26 Tuesday February 27 Wednesday February 28 Thursday February 29 Friday March 1
9:30 - 10:30 Hiro Lee Tanaka Tasuki Kinjo Alberto Vezzani Massimo Pippi Yuri Yatagawa
10:30 - 11:00 Coffee break & Registration Coffee break Coffee break Coffee break Coffee break
11:00 - 12:00 Nicolò Sibilla Mauro Porta Martin Gallauer Enlin Yang Alexander Efimov
12:00 - 14:00 Lunch Lunch Lunch Lunch
14:00 - 15:00 Xin Jin Sally Gilles Free afternoon Tomoyuki Abe
15:00 - 15:30 Coffee break Coffee break Coffee break
15:30 - 16:30 Charanya Ravi Gabriele Vezzosi Haoyu Hu
16:30 - 17:00 Coffee break
17:00 - 18:00 Fangzhou Jin


Registration

Pre-Registration: Registration for in-person attendance is closed.
Registration: Registered participants will receive the conference documents on the first day from Birgit Tiefenbach (office in room M301).

Conference Poster

Nearby cycles5.png

You can download the conference poster here.

Organizers

Denis-Charles Cisinski
Marc Hoyois

Conference Picture


Sponsors of the conference

This conference is funded by SFB 1085 "Higher Invariants"

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