Keith Moffatt, University of Cambridge - Relaxation to Magnetostatic Equilibria of Complex Topology: A Review

De Witt Sumners, Florida State University - Flux Tube Reconnection and Helicity Conservation

Joachim Birn, Space Science Institute - Energy Release and Transfer by Magnetic Reconnection in Current Sheets

Antonia Wilmot-Smith, University of Dundee - Heating of Braided Coronal Loops

Alan Title, Lockheed Martin Advance Technology Center - Solar Collective Behaviour

Alexander Schekochihin, University of Oxford - Plasmoid Reconnection and Saturated State of the Turbulent Dynamo

Steve Cowley, Culham Centre for Fusion Energy - Stochastic Magnetic Fields in Fusion 

William Daughton, Los Alamos National Laboratory - Tangled Magnetic Fields in Collisionless Reconnecting Plasmas

Mark Cheung, Lockheed Martin Solar and Astrophysics Laboratory - Data-Driven Modelling of Magnetic Field Evolution in the Solar Corona

Florin Spineanu, National Institute of Laser, Plasma and Radiation Physics - The Ideal Versus the Reality: Topology and Turbulence in the Current Density in Tokamak

Andrew Thornton, Culham Centre for Fusion Energy - The Effect of Tangled Magnetic Fields on Instabilities in Tokamak Plasmas

Bart Van Compernolle, University of California - Morphology and Dynamics of Kink-Unstable Flux Ropes

Shiva Kumar Malapaka, University of Leeds - Inverse Cascade of Magnetic Helicity

Clare Parnell, University of St Andrews - The Topological Evolution of Complex 3D Magnetic Fields

Renzo L Ricca, University of Milano-Bicocca - Topological Bounds on the Energy and Complexity of Magnetic Fields

Yoshifumi Kimura, Nagoya University - Magnetic Field Generated by Current Filaments

Mitchell Berger, University of Exeter - Self-Organized Braiding of Magnetic Fields

Sarah Gibson, National Center for Atmospherical Research - Magnetism and the Invisible Man: the Mysteries of Coronal Cavities

David Pontin, University of Dundee - Current Singularities at 3D Magnetic Null Points and the Implications for the Solar Corona

Nobumitsu Yokoi, University of Tokyo - Cross Helicity Effect in Dynamo and Reconnection

Walter Gekelman, University of California - Flux Ropes, Quasi Seperatrix Layers and 3D Reconnection

Jack Campbell, University of Exeter - A Geometrical Understanding of Helicity in a Spherical Geometry

Madalina Vlad, National Institute of Laser, Plasma and Radiation Physics - Magnetic Field Line Diffusion and Helicity in Stochastic Magnetic Fields

Gunnar Hornig, University of Dundee - Relaxation of Braided Magnetic Fields

Michael Hesse, NASA Goddard Space Flight Center - The Role of Geometry in Magnetic Reconnection

Anthony Yeates, Durham University - Unique Topological Characterisation of Magnetic Braids

Daniel Lathrop, University of Maryland - Learning About Magnetic Fields and Vortices from Experiments in Metallic Sodium and Liquid Helium

Nicolas Plihon, CNRS - Von-Kàrmàn Sodium Dynamos: Dynamics, Flow Topology and Boundary Conditions 

Thomas Kephart, Vanderbilt University & Isaac Newton Institute - Generalized Aharonov-Bohm Effect

Roman Buniy, Chapman University - Covariant Helicity and Beltrami Fields

Michael Proctor, University of Cambridge - Mean-Field Electrodynamics at Moderate and Large Magnetic Reynolds Numbers

Shigeo Kida, Doshisha University - A Turbulent Ring and MHD Dynamo in a Precessing Sphere

Antoine Riols, Institut de Recherche en Astrophysique et Planétologie - Of Tangles and Magnetic Fields: Global Bifurcations to Subcritical Magnetorotational Dynamo Action

Steven Tobias, University of Leeds - Measurement of the Turbulent Diffusivity of a Magnetic Field: the Turbulent Angstrom Method and the Method of Oscillatory Sines

Natalia Tronko, University of Warwick - Magneto-Rotational Instability and Generalised Energy Principle

Christina Davies, University of Leeds - Short Wavelength Magnetic Buoyancy Instability

David Dritschel, University of St Andrews - 2D MHD Turbulence at Zero Magnetic Prandtl Number

Dana Longcope, Montana State University - A Topological Bound on the Energy Stored in the Tangled Magnetic Field of a Coronal Active Region

Laurel Rachmeler, University of St Andrews - What Can We Learn About the Magnetic Field From Coronal Linear Polarization Measurements?

Daniel Kagan, University of Texas - Three Dimensional Simulations of Relativistic Magnetic Reconnection in Pair Plasmas

Tomoo Yokoyama, Hokkaido University - Word Representation of Streamline Topologies for Structurally Stable Vortex Flows in Multiply Connected Domains

Michael Monastyrsky, Isaac Newton Institute - Classification of Phases and Linked Defects in Superfluids and Neutron Stars

Rob Kusner, University of Massachusetts - Chirality for Curves (and More?)

Clayton Shonkwiler, University of Georgia - Generalized Gauss Maps and Triple Linking Integrals

Asher Yahalom, Isaac Newton Institute - Variational Principles of MHD with Non Trivial Topology

Jason Cantarella, University of Georgia - Helicity and Configuration Spaces

Stephen Watson, University of Glasgow - Evolving Nanofaceted Crystals: From Emergent Symmetries, via the Principle of Maximal Dissipation a la Onsager, to Universal Morphometrics

Simon Candelaresi, Nordita - Topological Restrictions in Magnetic Field Dynamics and Reconnection

Jean-Luc Thiffeault, University of Wisconsin - The Structure of Random Braids

Konrad Bajer, University of Cambridge - Magnetic Relaxation in Low-Beta Plasma

Jason Parsley, Wake Forest University - The Geometry of the Taylor Problem