In this paper we focus on the design of threshold logic functions in Single Electron Tunneling
(SET) technology, using the tunnel junction's specific behavior ie, the ability to control the …

Single electron tunneling (SET) technology offers the ability to control the transport of individual
electrons. In this paper, we investigate single electron encoded logic (SEEL) memory …

This work investigates the single electron tunneling (SET) technology-based computation of
basic addition related arithmetic functions, eg, addition and multiplication, via a novel …

In this paper we investigate single electron tunneling (SET) devices from the logic design
perspective, using the SET tunnel junction's ability to control the transport of individual electrons…

In this paper, we investigate single electron tunneling (SET) devices from the logic design
perspective, using the SET tunnel junction's ability to control the transport of individual …

Investigates SET devices from the logic design perspective, using the SET tunnel junction's
ability to control the transport of individual electrons. We introduce a modified turnstile circuit …

The ability to control the transport of individual electrons within single electron tunneling
based circuits creates the conditions for implementing single electron encoded threshold logic …

Single Electron Tunneling (SET) is an emerging technology, with a switching behavior which
is completely different from MOS technology. The ability to control the transport of individual …

In this paper we investigate achieving fanout in single electron encoded logic networks. First,
we propose an implementation of a charge amplifier and demonstrate its behavior via …

We investigate the implementation of basic arithmetic functions, such as addition and
multiplication, in single electron tunneling (SET) technology. First, we describe the SET equivalents …