Channel rates exceeding 40 Gbit/s are currently very difficult to achieve with high-speed electronics.
Composite As2Se3/PES (polyethersulfone) fibers have been fabricated that have As2Se3 core diameters between 0.5 and 3 microns surrounded by a PES cladding approximately 50 to 150 microns in diamete
High reflective fiberBragg gratins (Reflectivity >99.99%, -45 dB in transmission) have been written through a 55 micron thick novel polymer fiber coating in a low (5 mole %) germania-doped optic
As the demand in telecommunication traffic grows exponentially within the past few years, the concern for reliable telecommunication networks also grows rapidly.
We present a highly sensitive real-time optical pulse characterization technique based on differential chronocyclic tomography.
We report what is to our knowledge the first experimental demonstration of spectral shearing interferometry by use of an electro-optic temporal phase modulator to generate the spectral shear.
We report the first experimental demonstration of spectral shearing interferometry using a electrooptic temporal phase modulator to generate the spectral shear.
Highly sensitive femtosecond optical pulse characterization has been performed, for the first time to our knowledge, using electrooptic spectral shearing interferometry.
It had been demonstrated that a two-gain-section bulk active layer Fabry-Perot semiconductor laser allows sub-picosecond pulse generation for a wide range of bias conditions, with the shortest puls
Tungsten contacts to Zn doped In sub (0.53) Ga sub (0.47) As have been formed by rapid thermal processing.
