AlphaBlock: An Evaluation Framework for Blockchain Consensus Algorithms
Ren, Z Xiang, H Zhou, Z Wang, N Jin, H 17-22 (24 May 2021)
TraNCE: transforming nested collections efficiently
Smith, J Benedikt, M Moore, B Nikolic, M Proceedings of the VLDB Endowment volume 14 issue 12 2727-2730 (28 Oct 2021)
Bootstrapping neural processes
Lee, J Lee, Y Kim, J Yang, E Hwang, S Teh, Y Advances in Neural Information Processing Systems volume 2020-December (01 Jan 2020)
Estimating the impact of mixed QCD-electroweak corrections on the W-mass determination at the LHC
Behring, A Buccioni, F Caola, F Delto, M Jaquier, M Melnikov, K Röntsch, R Physical Review D volume 103 issue 11 113002 (01 Jun 2021)

When you watch the Olympics this Summer and admire the achievements of the medalists, ponder on the unknown number of people who may have done just as well if only they'd had the chance. Of course this is true of many fields of human endeavour. Take mathematics for instance. In a world of data overload, pandemics and cyber intrusion never have we needed all the mathematical talent we can muster. Yet many people are denied the opportunity, both at school and, as crucially, at research level.

Stellar dynamics in the periodic cube
Magorrian, J Monthly Notices of the Royal Astronomical Society volume 507 issue 4 4840-4851 (27 Aug 2021)
Tue, 29 Jun 2021
14:00
Virtual

Asymptotics for the wave equation on black hole spacetimes

Stefanos Aretakis
(Toronto)
Abstract

We will present the precise late-time asymptotics for scalar fields on both extremal and sub-extremal black holes including the full Reissner-Nordstrom family and the subextremal Kerr family. Asymptotics for higher angular modes will be presented for all cases. Applications in observational signatures will also be discussed. This work is joint with Y. Angelopoulos (Caltech) and D. Gajic (Cambridge)

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