778 citations · 3.4k across the 54 of their papers we have counts for
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An exact solution for the Hawking effect in a dispersive fluid
T. G. Philbin
We consider the wave equation for sound in a moving fluid with a fourth-order anomalous dispersion relation. The velocity of the fluid is a linear function of position, giving two…
Hawking tunneling and boomerang behaviour of massive particles with E < m
Gil Jannes, Thomas G. Philbin, Germain Rousseaux
Massive particles are radiated from black holes through the Hawking mechanism together with the more familiar radiation of massless particles. For , the emission rate is id…
Hawking radiation and the boomerang behaviour of massive modes near a horizon
Gil Jannes, Philippe Maïssa, Thomas G. Philbin +1
We discuss the behaviour of massive modes near a horizon based on a study of the dispersion relation and wave packet simulations of the Klein-Gordon equation. We point out an appar…
Horizon effects with surface waves on moving water
Germain Rousseaux, Philippe Maissa, Christian Mathis +3
Surface waves on a stationary flow of water are considered, in a linear model that includes the surface tension of the fluid. The resulting gravity-capillary waves experience a ric…
Black Hole Lasers Revisited
Ulf Leonhardt, Thomas G. Philbin
The production of Hawking radiation by a single horizon is not dependent on the high-frequency dispersion relation of the radiated field. When there are two horizons, however, Corl…
Fiber-optical analogue of the event horizon: Appendices
Thomas G. Philbin, Chris Kuklewicz, Scott Robertson +3
We explain the theory behind our fiber-optical analogue of the event horizon and present the experiment in detail.