ISSI Presentations 2013 Sept 16-20

Monday Sept 16

• Markus Aschwanden: Self-Organized Criticality and Turbulence, 2nd ISSI Team Meeting - Introduction
• Manolis K. Georgoulis: Supporting Evidence for the Action of Self-Organized Criticality in Turbulent, Multiscale Solar Active Regions
• Alexander Milovanov and Jens Rasmussen: A mixed SOC-turbulence model for nonlocal transport and space-fractional Fokker-Planck equation
• Michaila Dimitropoulou: Are eruptive solar active regions in a self-organized criticality state ?
• Norma Crosby: SOC behavior: How important is the state of the dataset ?
• James McAteer: The search for units: a gradient distribution route to multifractality in solar magnetic fields

Tuesday Sept 17

• Nicholas Watkins: SOC and turbulence in astrophysical plasmas: Some ways forward
• Naoto Nishizuka: Fractal structure and SOC of a current sheet of a solar flare via dynamic magnetic reconnection
• Henrik Jensen: Self-Organised (near to) criticality
• Antoine Strugarek: Predictive capabilities of avalanche models for solar flares
• Vadim Uritsky: Stochastic Coupling of Solar Photosphere and Corona
• Raul Sanchez: SOC versus low-dimensional chaos at the turbulent edge of magnetically confined plasmas

Wednesday Sept 18

• Markus Aschwanden: A Statistical Fractal-Diffusive Avalanche Model of a Slowly-Driven Self-Organized Criticality System
• Stefan Hergarten: Branching processes and SOC
• Sandra Chapman: Plasma turbulence and other kinds of scaling - What we can learn from large scale kinetic simulations and observations within our heliosphere
• Stefan Hergarten: Real-world data beyond event-size distributions and temporal correlations
• Norma Crosby: SOC behavior: short-term to long-term
• Markus Aschwanden: A physicist's view of SOC models

Thursday Sept 19

• Gunnar Pruessner: Identifying Self-Organised Criticality in nature (a guide by the confused)
• Norma Crosby: Earth's outer electron radiation belt and its dynamic behavior

Friday Sept 20

• Laura Morales: Multifractal analysis of simulated solar flares
• Markus Aschwanden: Publications