Laser emission in Nd3+ doped barium-titanium-silicate microspheres under continuous and chopped wave pumping in a non-coupled pumping scheme
AU:
Martin, LL; Navarro-Urrios, D; Ferrarese-Lupi, F; Perez-Rodriguez, C; Martin, IR; Montserrat, J; Dominguez, C; Garrido, B; Capuj, N
SO:
LASER PHYSICS
GTQ Authors:
Research Lines:
VL:
23
IS:
7
BP:
075801
PY:
2013
SN:
1054-660X
IF:
2.55
Year IF:
2012
Abstract:
Laser action using non-coupled excitation and detection of microspheres made of Nd3+ doped barium-titanium-silicate glass has been demonstrated and measured. The microspheres have also been successfully deposited over Si3N4 strip waveguides with a SiO2 separation layer, thus enabling the laser emission extraction onto a CMOS compatible photonic circuit. The dynamics of the lasing wavelength and intensity has been studied as a function of the pump power and interpreted in terms of thermal effects generated through non-radiative recombination of the excited ions.
DT:
Article en revistes indexades
Percentil:
HIGH
Percentil Year:
2012
Category:
PHYSICS, APPLIED