Our latest research article, "Continuously tunable coherent pulse generation in a semiconductor laser" has been published in Nature!
This work demonstrates a monolithic semiconductor laser that overcomes fixed cavity limitations by using microwave-driven spatiotemporal gain modulation to achieve continuously tunable repetition rates and frequency comb spacing.
Our latest research article, "Broadband comb spectroscopy through spectral envelope shaping" has been published in Nature Communications!
In this work we demonstrated a compact, fast, and broadband spectroscopic techniqueusing a single quantum cascade laser frequency comb, eliminating the complexity of dual-comb systems while enabling fast chemical analysis of organic vapours.
Our latest research article, "Short-period InGaAs/AlInAs THz quantum cascade lasers in thin double metal cavities operating up to 188 K" has been published in Applied Physics Letters!
This work demonstrates a two-well terahertz quantum cascade laser using an InGaAs/AlInAs design that achieves improved high-temperature performance, operating up to 188 K with reduced heating and enhanced efficiency.
We're happy to announce that our latest research article, "Spectral shaping of fast-gain frequency combs through phases in synthetic dimensions" has been published in Optica!
In this work, we demonstrated a new technique to control the shape of optical frequency combs from semiconductor lasers with fast-gain.