Discrete Analysis Working Group

Co-organized with Kirsti Biggs. This is not a course. At the moment, it is a closed seminar discussing topics in the intersection of number theory and harmonic analysis.

2021 Feb - May

  • 2021.02.02: Julia Brandes - Mean value estimates, Part 1

  • 2021.02.09: Julia Brandes - Mean value estimates, Part 2

  • 2021.02.23: Julia Brandes - Mean value estimates, Part 3

  • 2021.03.02: Julia Brandes - Mean value estimates, Part 4

  • 2021.03.09: Kevin Hughes - L^p-improving, Part 1

  • 2021.03.16: Kevin Hughes - L^p-improving, Part 2

  • 2021.03.23: Kevin Hughes - L^p-improving, Part 3

  • 2021.03.30: Problem session?

2020 Sep - Dec

  • 20200915: Kirsti Biggs - Ellipsephic Efficient Congruencing, Part 1

  • 20200922: Kirsti Biggs - Ellipsephic Efficient Congruencing, Part 2

  • 20200929: Kirsti Biggs - Ellipsephic Efficient Congruencing, Part 3

  • 20201006: Kirsti Biggs - Ellipsephic Efficient Congruencing, Part 4

  • 20201013: Akshat Mudgal - Diameter free estimates for Vinogradov systems, Part 1

  • 20201020: Akshat Mudgal - Diameter free estimates for Vinogradov systems, Part 2

  • 20201027: Zane Li - An efficient congruencing inspired proof of decoupling for the moment curve, Part 1

  • 20201103: Zane Li - An efficient congruencing inspired proof of decoupling for the moment curve, Part 2

  • 20201110: Zane Li - An efficient congruencing inspired proof of decoupling for the moment curve, Part 3

  • 20201117: Zane Li - An efficient congruencing inspired proof of decoupling for the moment curve, Part 4?

  • 20201124: Problem Session

  • 20201201: Tess Anderson - Dyadic analysis meets number theory, Part 1

  • 20201208: Tess Anderson - Dyadic analysis meets number theory, Part 2

  • 20201215: Problem Session