Plenary Lectures / I: |
Roger Penrose - a personal appreciation / 1: |
Hypercomplex manifolds and the space of framings / 2: |
Gauge theory in higher dimensions / 3: |
Noncommutative differential geometry and the structure of space-time / 4: |
Einstein's equation and conformal structure / 5: |
Twistors, geometry, and integrable systems / 6: |
On four-dimensional Einstein manifolds / 7: |
Loss of information in black holes / 8: |
Fundamental geometry: the Penrose-Hameroff 'Orchor' model of consciousness / 9: |
Implications of transience for spacetime structure / 10: |
Geometric issues in quantum gravity / 11: |
From quantum code-making to quantum code-breaking / 12: |
Penrose tilings and quasicrystals revisited / 13: |
Decaying neutrinos and the geometry of the universe / 14: |
Quantum geometric origin of all forces in string theory / 15: |
Space from the point of view of loop groups / 16: |
Parallel / II: |
Quantum Theory And Beyond / Session I: |
The twistor diagram programme / 17: |
Geometric models for quantum statistical inference / 18: |
Spin networks and topology / 19: |
The physics of spin networks / 20: |
Geometry And Gravity / III: |
The Sen conjecture for distinct fundamental monopoles / 21: |
An unorthodox view of CG via characteristic surfaces / 22: |
Amalgamated Codazzi Raychaudhuri identity for foliation / 23: |
Abstract virtual reality complexity / 24: |
Fundamental Questions In Quantum Mechanics / IV: |
Interaction-free measurements / 25: |
Quantum measurement problem and the gravitational field / 26: |
Entanglement and quantum computation / 27: |
Mathematical Aspects Of Twistor Theory / V: |
Penrose transform for flag domains / 28: |
Twistor solution of the holonomy problem / 29: |
The Penrose transform and real integral geometry / 30: |
Pythagorean spinors and Penrose twistors / 31: |
Afterword / VI: |
Plenary Lectures / I: |
Roger Penrose - a personal appreciation / 1: |
Hypercomplex manifolds and the space of framings / 2: |