12-14 November 2018
University of California
America/Los_Angeles timezone
Common Themes and Challenges in Stellarators and Tokamaks for Fusion Reactors

Theme & Topics 

The workshop theme for this year is “Common Themes and Challenges in Stellarators and Tokamaks for Fusion Reactors.” Prediction avoidance and control of MHD instabilities and their consequences is a crucial challenge for magnetic confinement fusion. The MHD stability and control challenges for stellarators and tokamaks share common physics foundations and will increasingly overlap in practice with higher power stellarators and tokamaks utilizing more and more nonaxisymmetric fields. Common challenges include, but are not limited to, ergodic divertors and edge stochasticity, the impact of multiple island chains on confinement, and the interaction of energetic particles with MHD. In this workshop we will discuss recent advances tackling such challenges in both stellarators and tokamaks, with emphasis on the path forward towards demo fusion reactors.

This theme does not exclude contributed talks from other relevant areas of MHD stability and control.



Date and Location

   November 12-14, 2018

   University of California Los Angeles, Covel Commons


Registration has been EXTENDED until August 24th. Please see the menu link to register online ASAP.


Program Committee members

  • Nikolas Logan, PPPL, USA (program chair)
  • Troy Carter, University of California, Los Angeles, USA (local organizer)
  • Masaru Furukawa, Tottori University, Japan
  • Egemen Kolemen, Princeton University, USA
  • Ted Strait, General Atomics, USA
  • Matthew Lanctot, DOE, USA
  • Sadao Masamune, Kyoto Institute of Technology, Japan
  • Go Matsunaga, QST, Japan
  • David Maurer, Auburn University, USA
  • Gerald Navratil, Columbia University, USA
  • Michio Okabayashi, PPPL, USA
  • Jong-Kyu Park, PPPL, USA
  • Paolo Piovesan, CNR, Italy
  • Youwen Sun, ASIPP, China
  • Kiyomasa Watanabe, NIFS, Japan
  • Linda Sugiyama, MIT, USA
University of California
Covel Commons
200 De Neve Dr, Los Angeles, CA 90095
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