Future Concepts division- publications

We propose a system that produces carbon-neutral liquid fuel using only sunlight, air, and water.

We study an interesting property of self compensation in fundamental analog TFT circuits with one a part of the circuit compensating for the effects of VT shift in the other…

Measuring the refractive index and optical absorption of an analyte (e.g., fluid, particle, and cells) in a microfluidic device with high accuracy and sensitivity is highly desirable for many applications.

We present first-principles calculations for m-plane and c-plane In(sub_0.25)Ga(sub_0.75)N surfaces.

We propose a new CGM approach for use with the interstitial fluid (ISF).

A fundamentally new design for the optical detection system in a flow cytometer is described that delivers high effective sensitivity (i.e., high signal-to-noise discrimination) without complex optics or bulky, expensive…

California targets for renewable energy production; challenges in integrating renewable energy sources into the power grid; some potential solutions

This presentation describes a novel and highly scalable technology for conventional water treatment.

In this work, we introduce the Space-Content-adaptive-Time Routing (SCaTR) framework, which enables data delivery in the face of both temporary and long-lived MANET connectivity disruptions.

We describe a rapid testing system for active matrix TFT backplanes which enables the identification of many common processing defects.