Publications

Inductors play a key role in wireless front-end circuitry, yet are not generally well suited for conventional RF integrated circuit fabrication processes.

Linear acenes terminated with quinones demonstrate that electrostatic complementarity is a viable self-assembly motif fir organic semiconductors.

Self-assembly of one-dimensional surface structures is examined by tracking single Ir and Pd atoms on W(110) as they incorporate into chains of Ir and Pd, respectively.

We report on the self-biasing effect of carrier-depletion based silicon microring modulators (MRM) by demonstrating that a silicon MRM can generate open eye diagrams for non-return-to-zero (NRZ) on

A novel 40-Gb/s differential quadrature phase-shift keying receiver is theoretically proposed, improving direct detection by 4.2 dB for self-phase-modulation-limited single-channel transmission, ap

This paper treats the recently emerging self-coherent multisymbol decision-feedback-aided detection techniques for optical differential phase-shift keyed (DPSK) transmission based on both an optica

Self-coherent optical transmission based on differential phase-shift keying (DPSK) and direct detection [1-4] has emerged as an attractive vehicle for supporting high-speed optical transport networ

We review self-coherent receiver schemes that enable >100 Gb/s per-wavelength transmission over ~100 km of fiber. We discuss in detail recent progress on Kramers-Kronig receivers.

We review self-coherent receiver schemes that enable >100 Gb/s per-wavelength transmission over ~100 km of fiber. We discuss in detail recent progress on Kramers-Kronig receivers.

A change in network topology triggers the re-convergence process of routing protocols. The re-convergence time of current routing protocols (e.g.