L.J. Mason, L.P. Hughston, P.Z. Kobak

• Part 1 Sources and fields: zero-rest-mass fields and Penrose transform; massive fields - applications of twistor theory to elementary particle models, supersymmetry, and string theories; progress in twistor diagram theory and scattering amplitude evaluation; sources and currents - relative cohomology and non-Hansdorff manifolds; twistors and spinors in higher dimensions. Part 2 Curved twistor spaces: quasi-local mass; the Googly graviton; hypersurface twistors and Cauchy-Riemann structures; spaces of null geodiscs; other applications to classical and quantum gravity.

L.J. Mason, L.P. Hughston, P.Z. Kobak

• Part 1 Sources and fields: zero-rest-mass fields and Penrose transform; massive fields - applications of twistor theory to elementary particle models, supersymmetry, and string theories; progress in twistor diagram theory and scattering amplitude evaluation; sources and currents - relative cohomology and non-Hansdorff manifolds; twistors and spinors in higher dimensions. Part 2 Curved twistor spaces: quasi-local mass; the Googly graviton; hypersurface twistors and Cauchy-Riemann structures; spaces of null geodiscs; other applications to classical and quantum gravity.

L.J. Mason, L.P. Hughston, P.Z. Kobak

• Part 1 Sources and fields: zero-rest-mass fields and Penrose transform; massive fields - applications of twistor theory to elementary particle models, supersymmetry, and string theories; progress in twistor diagram theory and scattering amplitude evaluation; sources and currents - relative cohomology and non-Hansdorff manifolds; twistors and spinors in higher dimensions. Part 2 Curved twistor spaces: quasi-local mass; the Googly graviton; hypersurface twistors and Cauchy-Riemann structures; spaces of null geodiscs; other applications to classical and quantum gravity.