… We demonstrate room-temperature slow light that is electrically and optically controllable by
using a quantum-dot (QD) semiconductor optical amplifier (SOA) at zero and low bias below …

… group velocity of 58 m/s at room temperature in ruby (20). Although … < 0) light propagation at
room temperature in an alexandrite … crystal lattice, and the slow light originates from an even …

… of slow light in information storage and optical communication. Here, we propose a feasible
way to realize room-temperature slow light … We find that the generation of slow light does not …

… a room temperature solid-state material, namely, a photorefractive crystal, wherein slow-light …
The first experimental demonstration of slow light via two-wave mixing with photorefractive …

… 0:5 m=s at room temperature in a ruby crystal. A quantum … slow light propagation both for
Gaussian-shaped light pulses … simpler than those previously used for generating slow light. …

… For the on-chip integration and room-temperature operation of slow-light devices, highly
dispersive structures are more advantageous than dispersive materials (see Fig. 1). To my …

… We also observe slow light when the injection current is increased. … In this letter, we
report fast light and slow light in a 1.3 μ m InAs ∕ GaAs QD SOA at room temperature. …

… We report room temperature demonstration of slow light propagation via coherent population
oscillation (CPO) in a GaAs quantum well waveguide. Measurements of the group delay of …

… slow light based on QD CPO at room temperature and explore the possibility of an
electricallycontrollable slow-light … CONCLUSION We have modeled QD CPO for slow light at room …

… Hence the slow light has been successfully obtained at room temperature. The ability to
controllably generate slow light at room temperature in optical fiber has great potential for …