Title: Fracton Gauge fields in Curved Space From Higher Dimensions Abstract: Fractons are a new type of quasi-particle excitations with restricted mobility that have attracted considerable attention in recent years both in condensed matter and high energy physics…. Read More
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Last Updated: 28th February 2023 by George Rogers
Fracton Gauge Fields in Curved Space From Higher Dimensions
Speaker: Patricio Salgado-Rebolledo (Wroclaw Technical University)
Time: Friday 17 February, 2023, 2:30pm
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Last Updated: 28th February 2023 by George Rogers
Patricio Salgado-Rebolledo (Wroclaw Technical University)
Title: Fracton Gauge fields in Curved Space From Higher Dimensions Abstract: Fractons are a new type of quasi-particle excitations with restricted mobility that have attracted considerable attention in recent years both in condensed matter and high energy physics…. Read More
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Posted: 6th February 2023 by George Rogers
Dr. Sanjaye Ramgoolam
Affiliation: Queen Mary, University of London
Visiting Dates: 29 April – 6 May 2023
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Last Updated: 6th February 2023 by George Rogers
Dr. Sanjaye Ramgoolam
Affiliation: Queen Mary, University of London
Visiting Dates: 29 April – 6 May 202
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Last Updated: 6th February 2023 by George Rogers
Dr. Sanjaye Ramgoolam
Affiliation: Queen Mary, University of London
Visiting Dates: 29 April – 6 May 2023
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Posted: 6th February 2023 by George Rogers
Prof. Patrizia Vitale
Affiliation: INFN, Naples
Visiting Dates: 12 April – 13 May 2023
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Last Updated: 24th February 2023 by George Rogers
Dr. Patricio Salgado-Rebolledo
Affiliation: Wroclaw University of Science & Technology
Visiting Dates: 16 – 21 February 2023
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Posted: 6th February 2023 by George Rogers
Dr. Eugen Radu
Affiliation: University of Aveiro
Visiting Dates: 4 – 11 February 2023
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Posted: 6th February 2023 by George Rogers
2023-03 – Anomaly Inflow of Rarita-Schwinger Field in 3 Dimensions
Author(s): S. Koizumi
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Posted: 29th January 2023 by George Rogers
2023-01 – Extending the Planar Theory of Anyons to Quantum Wire Networks
Author(s): T. Maciazek, A. Conlon, G. Vercleyen & J. K. Slingerland
School of Theoretical Physics
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