The 2023 Midwest Dynamics Conference will take place at the University of Illinois Chicago on October 20-22, 2023.
Speakers:
- Aaron Calderon (U Chicago)
- Jacopo De Simoi (Toronto)
- Meg Doucette (U Chicago)
- Adi Glücksam (Northwestern)
- John Johnson Jr. (Ohio State)
- Sarah Koch (Michigan)
- Kathryn Mann (Cornell)
- Yankl (Jacob) Mazor (Stony Brook)
- Tina Torkman (U Chicago)
- Alex Wright (Michigan)
Location and Schedule:
Titles and Abstracts:
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Titles and abstracts can be found here.
- Slides for Adi Glücksam's lecture can be found here.
Registration:
- Please use the following form to register for the conference even if you are not requesting any funding as it helps with our planning: registration form.
Travel and accommodations support
- Travel and accommodations support is available for US-based participants from the National Science Foundation grant DMS-2230827. Priority will be given to graduate students, postdocs, and other early career mathematicians. Please apply by October 15th for full consideration.
- Reminder: if you are offered support and plan to fly to the meeting, you must fly on a US-based airline to be reimbursed for your flight.
Hotels, Parking, and Getting Around:
- The CTA Blue Line Train has a stop right by UIC's campus (the UIC-Halsted stop) which connects UIC directly to O'hare airport and numerous hotel and airbnb options throughout Chicago. Midway airport is also accessible from campus using the CTA trains and buses. A $5 day pass can be bought at any train station and can be used on both trains and buses.
- Hotel options include the Crowne Plaza hotel which is a convenient 20 minute walk to campus and the Congress Plaza hotel which is a 30 minute walk but right on the lake.
- The nearest visitor campus parking lot is the Halsted/Taylor Parking Structure (HLPS). More information, including parking maps and rates, can be found here. The conference will be on the east side of campus.
Organizing committee:
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Richard Birkett, Ben Call, Alex Furman, Osama Khalil, Nicole Looper, Chris McCord, Wouter Van Limbeek.
We are grateful for the support of the National Science Foundation grant DMS-2230827.