Publications

We review recent experimental demonstrations of high-speed optical transmission systems using digital coherent detection at high, all-electronically multiplexed symbol rates of 80 and 107 GBd to ac

This article gives an overview of very highspeed digital subscriber lines, including the main issues of VDSL system design, such as its basic architecture, applications, and data rates, as well as

We demonstrate a record 1 Terabit/s capacity over a single-carrier transmitted over 3000 km.

We experimentally compare 100 Gb/s PDM-QPSK in single-carrier and dual-carrier configuration over 800 km of NZ-DSF fibre.

We demonstrate the first 4000 km, 170 Gbit/s DPSK transmission in a recirculating loop using dispersion-managed fiber spans and all-Raman amplification.

We demonstrate the world-first single-channel direct detection beyond 1-Tb/s with 1.26-Tb/s line rate and 1.02-Tb/s net rate after 100-km SSMF, via an 86-GHz Stokes vector receiver that recovers to

We demonstrate the world-first single-channel direct detection beyond 1-Tb/s with 1.26-Tb/s line rate and 1.02-Tb/s net rate after 100-km SSMF, via an 86-GHz Stokes vector receiver that recovers to

A time-domain analysis of single-contact multi-spatial-mode mode-locking semiconductor lasers is presented with simplified treatments of material gain that captures the picoseconds laser dynamics.

A time-domain analysis of single-contact multi-spatial-mode mode-locking semiconductor lasers is presented with simplified treatments of material gain that captures the picoseconds laser dynamics.

Copper phthalocyanine (Cu-Pc) single crystals were grown by physical vapor transport and field effect transistors (FETs) on the surface of these crystals were prepared.