Workshop on Derivators
Dates and Location
- A workshop on Derivators and related topics in homotopy theory will be held at the University of Regensburg during April 9-12, 2019.
- Talks will be held in Lecture Hall H 31, registration and coffee breaks in Seminar Room M 103. See here for the Campus map
Aims and Scope
The aim of the Workshop will be to bring together researchers in the theory of derivators and its applications and discuss developments in this research area. The Workshop will have both lecture series and invited talks, as well as opportunities for contributed talks by the participants. This Workshop continues a series of regular workshops and schools on derivators previously held in Prague (2016), Barcelona (2015), and Freiburg (2014).
List of Speakers
- Paul Balmer (UCLA): Mackey 2-functors and Mackey 2-motives
- Falk Beckert (University of Wuppertal): Serre equivalences via stable derivators
- Kevin Carlson (UCLA): tba
- Denis-Charles Cisinski (University of Regensburg): tba
- Daniel Fuentes-Keuthan (Johns Hopkins University): Which prederivators arise from quasi-categories?
- Martin Gallauer (University of Oxford): Exponentiating Grothendieck's six functors
- Fritz Hörmann (University of Freiburg): Extending derivator six-functor-formalisms to stacks
- Tobias Lenz (University of Bonn): Homotopy (Pre-)Derivators of Cofibration Categories and Quasi-Categories
- Fosco Loregian (Masaryk University, Brno): Towards a formal category theory of derivators
- Irakli Patchkoria (University of Aberdeen): The derived category of complex periodic K-theory localized at an odd prime
- George Raptis (University of Regensburg): Higher derivators and higher derivator K-theories
- Martina Rovelli (Johns Hopkins University): A model structure for (∞,1)-categories
- Haldun Ozgur Bayindir (University of Haifa): Topological equivalences of E-infinity DGAs
- Ian Coley (UCLA): Stabilization of derivators
- Tobias Columbus (Universität des Saarlandes): Prederivators and cocartesian squares of diagram shapes
- John Zhang (UCLA): Projective space over derivators
The Registration will take place on 9 April, 2019 from 09:00 to 10:00am in the Seminar Room M 103. The talks will start afterwards at 10:00 am in Lecture Hall H 31.
|10:00 - 11:00||Hörmann||Carlson||Rovelli||Cisinski|
|11:00 - 11:30||Coffee Break|
|11:30 - 12:30||Beckert||Raptis||Fuentes-Keuthan||Patchkoria|
|12:30 - 14:00||Lunch||End of Workshop|
|14:00 - 15:00||Balmer||Lenz||Loregian|
|15:00 - 15:30||Coffee Break|
|15:30 - 16:30||Gallauer||Coley||Columbus|
|16:30 - 16:45|
|16:45 - 17:45||Zhang||Bayindir|
The Dinner of the Workshop will be on Wednesday, 10 April, 2019.
Financial support for the conference has been provided by the SFB 1085: Higher Invariants. Limited funding is available for financial support to participants. Please indicate in your registration if you are applying for financial support.
Please fill out the Registration Form. The deadline for applying for financial support is January 20, 2019.
MAP: Points of Interest.
- 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 can be found here.
- PUBLIC TRANSIT: Local bus system. There are many useful buses typically, but the 6 will suffice for getting to and from the city center and the conference hall (nearest stop is 'Universität'). The above maps may prove helpful.
- ACCOMMODATION: 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:
1. Hotel Kaiserhof am Dom (In the city center, must take a bus to the University.)
2. Hotel Muenchner Hof (In the city center, must take a bus to the University.)
3. Hotel Apollo (Near the University, but limited eating options.)
4. Hotel Jakob (In the center, must take a bus to the University.)
5. Hotel Central (In the city center, must take a bus to the University.)
One can also check the standard alternatives:
- TRAVEL: One can reach the university by following the instructions here.
- INTERNET: Access to eduroam is available throughout the mathematics building. For those without eduroam access we will obtain a temporary guest account through the university.