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- Brian R. Williams
For each orbit in the space of square-zero supercharges in the supersymmetry algebra, under the action of the spin group and the group of R-symmetries, we give a description of the corresponding twisted theory These twists can be described in terms of mixed holomorphic-topological versions of Chern–Simons and BF theory
- Brian R. Williams - Google Scholar
Brian R Williams The University of Edinburgh Verified email at ed ac uk - Homepage Mathematical physics geometry QFT string theory Articles Cited by Public access Co-authors Title C Elliott, O Gwilliam, BR Williams Annales Henri Poincaré 25 (12), 5045-5112, 2024 9: 2024: The holomorphic bosonic string
- Brian R. Williams \ Drawings
All images ©2016-2025 Brian R Williams For my Dead Monarch Masquerade series, I portray the assassinated rulers of extinct monarchies dressed as extinct mammals for a costume party in Heaven Click on images to enlarge
- Brian R. Williams | IEEE Xplore Author Details
Affiliations: [Analytical Mechanics Associates, Inc , Hampton, VA, USA] Author Bio: Brian R Williams received the B S degree in mathematics and computer scie
- Brian R. Williams - Research Agricultural Economist - LinkedIn
View Brian R Williams’ profile on LinkedIn, a professional community of 1 billion members
- Brian R. Williams - Research - Google Sites
I am generally interested in homotopical aspects of quantum field theory, as well as applications of QFT to representation theory and complex geometry through the lens of factorization algebras Currently, my current work can be organized into three buckets: Holomorphic QFT Holomorphic field
- [2107. 07218] Batalin--Vilkovisky quantization and supersymmetric twists
View a PDF of the paper titled Batalin--Vilkovisky quantization and supersymmetric twists, by Pavel Safronov and Brian R Williams View PDF Abstract: We show that a family of topological twists of a supersymmetric mechanics with a Kähler target exhibits a Batalin--Vilkovisky quantization
- Brian Williams - INSPIRE
Brian R Williams (Boston U , Dept Math Stat ), Jingxiang Wu (Oxford U , Inst Math ) et al (Jun 1, 2023) Published in: JHEP 05 (2024) 245 • e-Print: 2306 01039 [hep-th] pdf DOI cite claim reference search 22 citations Space-based quantum networking in the presence of a nuclear disturbed environment #15
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