Mini Vortex Meeting

Mini Vortex Meeting 

5 July 2017, Okinawa, Japan
Seminar Room C209, OIST

This mini vortex-meeting will focus on recent research and future advances in the study of vortices, rotation and turbulence in superfluids. Studies of quantum turbulence in atomic gas Bose—Einstein condensates is an emerging field, built on  extensive experimental and theoretical investigations into the controlled generation and observation of the physics of vortices in atomic and exotic condensates.  Due to the controllable nature of Bose-Einstein condensates and simplicity of quantum vortices in comparison with their classical counterparts, this research field has great potential to uncover new insights into quantum turbulence, vortices and superfluidity, in addition to establishing similarities and differences to classical turbulence. 

This meeting at OIST will bring together leading researchers in the area to exchange ideas and facilitate discussion.  Through presentations of research and discussion, we will establish important research directions, challenges and promising avenues for investigation ahead.  

Speakers

Makoto Tsubota (Osaka City University, Japan)

Recent topics on quantum turbulence

Hiroki Saito (The University of Electro-Communications, Japan)

Vortices in a spin-orbit coupled Bose-Einstein condensate

Ashton Bradley (University of Otago, New Zealand)

Direct enstrophy cascade in 2D quantum turbulence

Rory Cerbus (OIST, Japan)

The transition to turbulence in pipe flows

Angela White　(OIST, Japan)

Superfluids and rotation: from phase separation to vortex chaos

Programme

Organizer

Angela White (OIST, Japan)