Publications

© 2018 Optical Society of America We propose a novel triple-clad photonic lanterns for mode scaling.

Triple-mode band-stop and low-pass cavity filters utilizing parallel-coupled resonators are presented.

A triple-mode silver-plated ceramic cavity filter with wide spurious-free response is presented.

Maxwell's equations and electromagnetic waves have been well understood now for more than a century, yet we find a surprisingly new scheme for their exploitation in wireless communications.

Interference lithography holds the promise of fabricating large-area, defect-free photonic structures on the sub-micrometer scale both rapidly and cheaply.

Current SFE techniques require expensive public key operations for each input bit of the function. This cost can be avoided by using tamper-proof hardware.

In a quantum dot with three leads the transmission matrix t_12 between two of these leads is a truncation of a unitary scattering matrix S, which we treat as random.

Trunk network administration is composed of two major operations, planned servicing and demand servicing.

When the number of carriers in a wireless network is increased, conventional wisdom (based on analog systems) is that, the required hardware resources (typically radios) increase linearly, and the

The SDN paradigm allows networks to be dynamically reconfigurable by network applications.