Anti‐ambipolar heterojunctions are vital in constructing high‐frequency oscillators, fast
switches, and multivalued logic (MVL) devices, which hold promising potential for next …

Single-electron devices (SEDs) are attracting a lot of attention because of their capability of
manipulating just one electron. For their operation, they utilize the Coulomb blockade (CB) …

The operation of four basic two-input logic gates fabricated with a single graphene transistor
is demonstrated. Single-transistor operation is obtained in a circuit designed to exploit the …

Electrically reconfigurable organic logic circuits are promising candidates for realizing new
computation architectures, such as artificial intelligence and neuromorphic devices. In this …

Organic antiambipolar transistors (AATs) have partially overlapped p–n junctions. At room
temperature, this p–n junction induces a negative differential transconductance in an AAT …

Owing to the large surface area, 2-D materials are being used for sensing gas molecules,
which are important for environmental protection and human health. Using first principle …

We propose and experimentally demonstrate a functional electron device, which is a polarity-
controllable inverter constructed using a four-terminal ambipolar graphene field effect …

The ultimate goal of future information processing might be the realization of a circuit in
which one bit is represented by a single electron. Such a challenging circuit would comprise …

Double-gate single-electron transistors (SETs) were fabricated by chemical assembling
using electroless gold-plated nanogap electrodes and chemisorbed chemically synthesized …

This paper proposes, for the first time, the concept of programmable logic circuit realized
with single-electron transistors (SETs). An SET having nonvolatile memory function is a key …