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CFF unit is pleased to invite you to the seminar!
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Seminar hosted by QG Unit.
Speaker: Dr. Andrea Campoleoni, Universite de Mons
Title: Carrollian and Galilean conformal higher-spin algebras in any dimensions
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Non-linear effects in Hybrid Quantum Systems--Prof. Bill Munro from NTT
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Speaker: Professor Mario Bonk, UCLA
Title: Fractals and the dynamics of Thurston maps
Abstract:
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Speaker: Dr. Florian Kogelbauer, National Institute of Advanced Industrial Science and Technology, Sendai, Japan
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Mr. Julian Weigt, Aalto University
Title: Higher dimensional techniques for the regularity of maximal functions
Abstract:
It has been an open question if maximal operators M satisfy the endpoint regularity bound \(mathop{\mathrm{var}}(Mf) \leq C \mathop{\mathrm{var}}(f)\). So far the majority of the known results has been in one dimension. I give an overview of the progress on this question with a focus on the techniques. Next I present the techniques used in the recent proofs of \(mathop{\mathrm{var}}(Mf) \leq C \mathop{\mathrm{var}}(f)\) for several maximal operators in higher dimensions. They are mostly geometric measure theoretic in the spirit of the relative isoperimetric inequality and involve a stopping time and various covering arguments.
Please click here to register
*After registering, you will receive a confirmation email containing information about joining the meeting.
Date
Mr. Julian Weigt, Aalto University
Title: Higher dimensional techniques for the regularity of maximal functions
Abstract:
It has been an open question if maximal operators M satisfy the endpoint regularity bound \(mathop{\mathrm{var}}(Mf) \leq C \mathop{\mathrm{var}}(f)\). So far the majority of the known results has been in one dimension. I give an overview of the progress on this question with a focus on the techniques. Next I present the techniques used in the recent proofs of \(mathop{\mathrm{var}}(Mf) \leq C \mathop{\mathrm{var}}(f)\) for several maximal operators in higher dimensions. They are mostly geometric measure theoretic in the spirit of the relative isoperimetric inequality and involve a stopping time and various covering arguments.
Please click here to register
*After registering, you will receive a confirmation email containing information about joining the meeting.
Date
Language: English
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Seminar hosted by QGU.
Speaker: Prof. Thomas Van Riet, KU Leuven
Title: The Festina Lente Bound and some applications
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Quantum-inspired manifold learning and feedback-based quantum optimization - Dr Mohan Sarovar (Sandia National Labs in California, USA)