… A GaInAsP–InP 2-D photonic crystal constructed by submicron columns was fabricated … ,
a GaInAsP–InP microdisk cavity of 2 m in diameter, which corresponds to the cavity volume 2.5 …

… microdisk injection lasers using GaInAsP–InP compressive-strained multiple-quantum-well
(MQW) wafer around room temperature. The effective cavity … Cavity modes in emission …

… GaInAsP–InP device has been reduced to 1.6 m and the … has been demonstrated only for
GaInAsP–InP [11] and GaInAs–… For a GaInAsP–InP device, we have reduced the disk diameter …

… with InP-based … GaInAsP cores of bandgap 1480 nm, with a cladding of InP (300 nm on the
outside and 500 nm between) grown upon a Crystacomm 3 ′ ′ (7.62-cm) InP substrate [InP(…

… Since the sidewall scattering loss from a microdisk cavity is higher, we would expect higher
detected power from them. However, this is not the case as seen in Fig. 3(a)-(c), where we …

… was achieved with vertical-cavity surface-emitting lasers (VCSELs) [32] and micro-disk lasers
[33]… mirrors (high Q cavities). Recently, BCB-bonded micro-disk lasers were reported and a …

… on InP membrane microdisk lasers heterogeneously … microdisk lasers. The last part contains
a brief summary of optical interconnects based on heterogeneously integrated microdisk …

Optical bistability is realized in GaInAsP/InP coupled-circular resonator microlasers, which
are fabricated by planar technology. For a coupled-circular resonator microlaser with the …

… microdisk cavities having quality factor Q ~ 15 000 were fabricated from lattice-matched
InP/… coupling factor β equals 0.23 for these microdisks. The low temperature lasing operation …

… /InP multi-QW (MQW), was developed by Bell Laboratories in 1992 [58]. The micro-disk cavity
… Baba, “Continuous wave lasing in GaInAsP microdisk injection laser with threshold current …