Single-Molecule Transistors

Single-molecule transistors are tiny electronic devices that use individual molecules to control electrical current, much like traditional transistors control the flow of electricity in larger circuits. They operate at the nanoscale, meaning they can be incredibly small, potentially enabling faster and more efficient electronic components. By harnessing the unique properties of specific molecules, these transistors can contribute to the development of advanced technologies, including more powerful computers and flexible electronics, while also utilizing less energy. This innovative approach represents a significant step toward miniaturizing electronic devices and improving their performance.