Spin switches are a fundamental component in the majority of spintronic devices, and have
found extensive application in data storage, logical data manipulation, and signal …

Single molecular magnets (SMMs) have become promising paradigms to develop novel
spintronics for futuristic information technologies such as high-density information and …

The design and synthesis of molecular nanoswitches using organic molecules represent a
crucial research field within molecular electronics. To understand the switching …

In this study, we examined the influence of an external electric field applied in two directions:
horizontal (X-axis) and vertical (Y-axis) on the electronic and vibrational properties of a field …

Tuning the polarity of charge carriers at a single-molecular level is essential for designing
complementary logic circuits in the field of molecular electronics. Herein, the transport …

Based on molecular nanoelectronic knowledge, field-effect molecular electronic devices
(such as molecular wires, molecular switches, and molecular memories) can be intelligent …

In this study, external electric field effect on some electronic/vibrational properties and
molecular current–voltage characteristic curve (IV curve) of a candidate field-effect …

Electric switches are one of the most fundamental electric circuitries. Recent developments
in single-molecule techniques allow us to study various electric-switching phenomena on …

DFT calculations show that a combination of an electric field and electronic excitation is a
promising mechanism to force a molecular switch based on amino-imino tautomerisation …

در این پژوهش به مطالعه از اساس (محاسباتی) برخی از خواص ترابردی الکترونی-ارتعاشی یک
کلید ‌مولکولی اثرمیدانی پرداخته شد. از آنجائئ که سازوکار کلیدزنی (ON/OFF) این کلید …‎