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Fibre-Optical Analogue of the Event Horizon Science 319 , 1367 (2008).

Explore the first lessons learned from experiments on the fibre-optical analogue of the event horizon, including white holes, hydrodynamics, and quantum optics. Discover the possibility of tracing waves backwards in time, artificial event horizons in superfluid helium and optical fibers, and the potential for black-hole lasers. Join the search for Hawking radiation in fibres and the development of UV detectors for correlation measurement. An outlook on transitioning from telecommunication to horizons awaits.

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Fibre-Optical Analogue of the Event Horizon Science 319 , 1367 (2008).

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  1. Thomas Philbin, Chris Kuklewicz, Scott Robertson, Stephen Hill, Friedrich König & Ulf Leonhardt @ St Andrews Fibre-Optical Analogue of the Event Horizon Science 319, 1367 (2008). • First lessons of experiments • white holes • hydrodynamics • quantum optics

  2. Waves in moving fluids

  3. Hawking radiation - tracing waves backwards in time

  4. White holes are time-reversed black holes

  5. Water waves Germain Rousseaux

  6. Waves: solutions of dispersion relation

  7. Hawking waves?

  8. Artificial event horizons in superfluid Helium-3

  9. Artificial event horizons in optical fibers (St Andrews project)

  10. Waves in moving fluids

  11. Moving fluids and pulse in fibre

  12. Fibre-optical black holes

  13. Few-cycle pulses in microstructured fibres

  14. Experiment Probe laser

  15. Experiment: blue-shifting at white hole

  16. Experiment Spectrum

  17. Basic theory

  18. Microstructured fibre

  19. Experiment: blue-shifting

  20. Hawking scattering

  21. Hawking temperature

  22. Optical shock

  23. Search for Hawking radiation in fibres

  24. UV detectors for correlation measurement

  25. Outlook From telecommunication to horizons Designer dispersion: Black-hole laser

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