We are currently running an experiment to study effects occurring around effective horizons in analogue gravity systems, such as the Hawking and superradiant scattering process. To address this issue experimentally, we utilize the analogy between waves on the surface of a stationary draining fluid flow and the behaviour of classical and quantum field excitations nearby rotating black holes. 

 

The experiment is based at the University of Nottingham (Nottingham, UK):

  Silke Weinfurtner (University of Nottingham)

  Daniel Goodfellow (University of Nottingham)

  

  

 

External collaborators on various experimental aktivities taking place in our laboratory in Nottingham:

  Josef Niemela (ICTP) 

  Stefano Liberati (SISSA)

  Mauricio Richartz (ABC, Brasil) 

  Angus Prain (Heriot Watt, UK)

  Vitor Cardoso (Universidade de Lisboa, Portugal

  Ted Tedford (UBC, Vancouver, Canada)

  Matt Penrice (ICTP, University of Trieste)

 

We have also established a collaboration with the start-up company EnShape in based in Jena, Germany. 

  

 

 

Relevant literature:

 

Experimental setup
Experimental setup
Experimental setup

Vortex
Vortex

Our lab at Elettra
Our lab at Elettra

Experimental setup
Experimental setup

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Testing superradiant scattering in a table-top experiment

Hydrodynamic simulations of rotating black holes

The SISSA medialab has filmed our experiment while it was still placed in Trieste (Italy). The video is mostly in Italian, but the interviews with the various people involved are in English (with Italian subtitles).