GAPS: Difference between revisions
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We also loosely coordinate with the graduate analysis seminar (and many students go to both). The graduate analysis seminar meets on Fridays 1:20pm-2:10pm, in Van Vleck B219. For questions on the graduate analysis seminar, please email the organizers: Betsy Stovall (stovall (at) math.wisc.edu) and Lars Niedorf (niedorf (at) wisc.edu). | We also loosely coordinate with the graduate analysis seminar (and many students go to both). The graduate analysis seminar meets on Fridays 1:20pm-2:10pm, in Van Vleck B219. For questions on the graduate analysis seminar, please email the organizers: Betsy Stovall (stovall (at) math.wisc.edu) and Lars Niedorf (niedorf (at) wisc.edu). | ||
=== Spring 2025 Schedule === | === Spring 2025 Schedule for GAPS (Wednesdays in 901) and Graduate Analysis Seminar (Fridays in B219) === | ||
{| class="wikitable" | {| class="wikitable" | ||
|'''Date''' | |'''Date''' | ||
| Line 21: | Line 21: | ||
|January 29 | |January 29 | ||
|Gautam Neelakantan | |Gautam Neelakantan | ||
| | |On Almgren’s frequency function | ||
| | | | ||
|- | |- | ||
|January 31 | |January 31 | ||
|Sam Craig | |Sam Craig | ||
| | |The p-adic Kakeya problem | ||
| | | | ||
|- | |- | ||
|February 5 | |February 5 | ||
|Kaiyi Huang | |Kaiyi Huang | ||
| | |Brascamp-Lieb Inequalities | ||
| | | | ||
|- | |- | ||
| Line 45: | Line 45: | ||
|- | |- | ||
|February 14 | |February 14 | ||
|Gautam Neelakantan | |||
|TBD | |TBD | ||
| | | | ||
|- | |- | ||
| Line 140: | Line 140: | ||
|- | |- | ||
|April 30 | |April 30 | ||
| | |Raj Vasu | ||
| | | | ||
| | | | ||
| Line 149: | Line 149: | ||
| | | | ||
|} | |} | ||
=== Abstracts === | |||
''' | ====== '''January 29. Gautam Neelakantan, ''On Almgren’s frequency function.''''' ====== | ||
'''Abstract:''' I will introduce Almgren’s frequency function and discuss its monotonicity property and application to unique continuation problems. If time permits I will also talk about other Almgren type frequency functions and some open problems related to the same. | |||
'''Abstract:''' | ====== '''January 31. Sam Craig, ''The p-adic Kakeya problem''.''' ====== | ||
'''Abstract:''' The Kakeya conjecture over the p-adic field $Q_p$ is that the Hausdorff dimension of a set in $Q_p^n$ with a line segment in every direction is always $n$. This was proven in 2021 by Bodan Arsovski. I will present proof. | |||
'''February | ==== '''February 5. Kaiyi Huang, ''Brascamp-Lieb Inequalities.''''' ==== | ||
'''Abstract:''' I will sketch the proof of this classical of inequalities done by Bennett, et al (2008). | |||
==== '''February 12. Sam Craig, ''TBD.''''' ==== | |||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''February 19. Mingfeng Chen, ''TBD.''''' | ==== '''February 19. Mingfeng Chen, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''February 26. TBD, ''TBD.''''' | ==== '''February 26. TBD, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''March 5. TBD, ''TBD.''''' | ==== '''March 5. TBD, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''March 12. TBD, ''TBD.''''' | ==== '''March 12. TBD, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''March 19. TBD, ''TBD.''''' | ==== '''March 19. TBD, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''April 2. Jiankun Li, ''TBD.''''' | ==== '''April 2. Jiankun Li, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''April 9. Gustavo Flores, ''TBD.''''' | ==== '''April 9. Gustavo Flores, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''April 16. Kaiwen Jin, ''TBD.''''' | ==== '''April 16. Kaiwen Jin, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''April 23. Dimas de Albuquerque, ''TBD.''''' | ==== '''April 23. Dimas de Albuquerque, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
'''April 30. | ==== '''April 30. Raj Vasu, ''TBD.''''' ==== | ||
'''Abstract:''' TBA. | '''Abstract:''' TBA. | ||
=== Previous Semesters === | === Previous Semesters === | ||
[[GAPS Previous Semesters|Click here]] to view of all previous semesters' speakers and abstracts. | [[GAPS Previous Semesters|Click here]] to view of all previous semesters' speakers and abstracts. | ||
Latest revision as of 20:30, 28 January 2025
The Graduate Analysis and PDEs Seminar (GAPS) is intended to build community for graduate students in the different subfields of analysis and PDEs. The goal is to give accessible talks about your current research projects, papers you found interesting on the arXiv, or even just a theorem/result that you use and think is really cool!
We currently meet Wednesdays, 1:20pm-2:10pm, in Van Vleck 901. Cookies are provided. If you have any questions, please email the organizers: Summer Al Hamdani (alhamdani (at) wisc.edu) and Allison Byars (abyars (at) wisc.edu).
To join the mailing list, send an email to: gaps+subscribe@g-groups.wisc.edu.
We also loosely coordinate with the graduate analysis seminar (and many students go to both). The graduate analysis seminar meets on Fridays 1:20pm-2:10pm, in Van Vleck B219. For questions on the graduate analysis seminar, please email the organizers: Betsy Stovall (stovall (at) math.wisc.edu) and Lars Niedorf (niedorf (at) wisc.edu).
Spring 2025 Schedule for GAPS (Wednesdays in 901) and Graduate Analysis Seminar (Fridays in B219)
| Date | Presenter | Title | Comments |
| January 22 | Summer Al Hamdani and Allison Byars | Organizing! | |
| January 29 | Gautam Neelakantan | On Almgren’s frequency function | |
| January 31 | Sam Craig | The p-adic Kakeya problem | |
| February 5 | Kaiyi Huang | Brascamp-Lieb Inequalities | |
| February 7 | Dimas de Albuquerque | TBD | |
| February 12 | Sam Craig | TBD | |
| February 14 | Gautam Neelakantan | TBD | |
| February 19 | Mingfeng Chen | ||
| February 21 | Mingfeng Chen | TBD | |
| February 26 | TBD | ||
| February 28 | Chiara Paulsen | TBD | |
| March 5 | TBD | ||
| March 7 | Jia Hao Tan | TBD | |
| March 12 | TBD | ||
| March 14 | Yupeng Zhang | TBD | |
| March 19 | TBD | ||
| March 26 | SPRING BREAK | CANCELLED | :) |
| April 2 | Jiankun Li | ||
| April 4 | Jiankun Li | ||
| April 9 | Gustavo Flores | ||
| April 11 | Gustavo Flores | ||
| April 16 | Kaiwen Jin | ||
| April 18 | Kaiwen Jin | ||
| April 23 | Dimas de Albuquerque | ||
| April 25 | Summer Al Hamdani | ||
| April 30 | Raj Vasu | ||
| (May 2) | TBD |
Abstracts
January 29. Gautam Neelakantan, On Almgren’s frequency function.
Abstract: I will introduce Almgren’s frequency function and discuss its monotonicity property and application to unique continuation problems. If time permits I will also talk about other Almgren type frequency functions and some open problems related to the same.
January 31. Sam Craig, The p-adic Kakeya problem.
Abstract: The Kakeya conjecture over the p-adic field $Q_p$ is that the Hausdorff dimension of a set in $Q_p^n$ with a line segment in every direction is always $n$. This was proven in 2021 by Bodan Arsovski. I will present proof.
February 5. Kaiyi Huang, Brascamp-Lieb Inequalities.
Abstract: I will sketch the proof of this classical of inequalities done by Bennett, et al (2008).
February 12. Sam Craig, TBD.
Abstract: TBA.
February 19. Mingfeng Chen, TBD.
Abstract: TBA.
February 26. TBD, TBD.
Abstract: TBA.
March 5. TBD, TBD.
Abstract: TBA.
March 12. TBD, TBD.
Abstract: TBA.
March 19. TBD, TBD.
Abstract: TBA.
April 2. Jiankun Li, TBD.
Abstract: TBA.
April 9. Gustavo Flores, TBD.
Abstract: TBA.
April 16. Kaiwen Jin, TBD.
Abstract: TBA.
April 23. Dimas de Albuquerque, TBD.
Abstract: TBA.
April 30. Raj Vasu, TBD.
Abstract: TBA.
Previous Semesters
Click here to view of all previous semesters' speakers and abstracts.