We have investigated the Young's interference experiment using a self-aligned liquid crystal
optical control device. This device can be operated by changing the control of the optical …

Analog & digital circuits implemented in a dual threshold voltage (VT) p-channel organic
technology are presented. The dual VT organic technology is compatible with large-area …

Nowadays in organic electronics many applications requiring modest transistor performance
are entering industrial commercialization.[1] However, the obvious demand towards more …

The current-gain cutoff frequency for bottom contact n-channel C 60 thin-film transistors
(TFTs) with channel lengths of 2–10 μ m has been investigated. Patterned gate electrodes …

Many applications that rely on organic electronic circuits still suffer from the limited switching
speed of their basic elements–the organic thin film transistor (OTFT). For a given set of …

We review recent research in various types of optical quantum computing using liquid crystal
devices. First, we have investigated Young's Interference experiment using self-aligned …

A perovskite photo-sensor is promising for a lightweight, thin, flexible, easy-to-coat
fabrication process, and a higher incident photon-to-current conversion efficiency. We have …

A dual self-aligned vertical multichannel organic transistor (DSA-VMCOT) is proposed and
demonstrated. The layouts of the shadow gate and transparent source/drain are sequentially …

Using a simple micro-imprinting process on flexible substrates, we demonstrate fabrication
of self-aligned short channel organic thin film transistors (OTFTs) with significantly reduced …

Organic field-effect transistor (OFET) integrated circuits have been investigated by applying
a self-alignment process technology. In order to obtain a larger logic swing and shorter …