We present an extensive systematic study of the electronic structure and epitaxial growth of ordered Cu films on clean Ag(001) surfaces.
We successfully recover 40-GBaud QPSK signal under ultrafast wavelength drift up to 20,000 nm/s after 40-km single-mode fiber (SMF) transmission employing colorless phase retrieval receiver tacklin
Passive two-phase, micro-channel cooling for thermal management of electronics represents an efficient and viable solution to augment conventional air-cooling systems with the potential for higher
We show that in dispersion-uncompensated 100G systems Kerr nonlinearity is akin to additive Gaussian noise.
The local variations of group and phase propagation delays induced by bending and twisting a coupled core three-core fiber are experimentally characterized, for the first time, to the best of our k
We experimentally investigate nonlinear distortions in PDM-QPSK systems without inline dispersion compensation.
Extending the bandwidth of optical transport systems is a promising way to increase the throughput in a fiber link.
Micropumps can play a significant role in thermal management applications, as a component of microfluidic cooling systems.
© 2020 The Korean Institute of Communications and Information Sciences (KICS) Radio over Fiber is a promising technology for the 5G Cloud Radio Access Network.
With the coherent era, a new parameter called OSNRwet is experimentally studied for 'open cable' characterization.
