A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

In the version of this Article originally published, the address of the first affiliation was
incorrect; the correct address should have read'Biomedical Electronics Translational …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A major challenge in molecular electronics is to attach electrodes to single molecules in a
reproducible manner to make molecular junctions that can be operated as transistors …

A protein transistor made of an antibody molecule and two gold nanoparticles (vol 7, pg 197,
2012) — National Yang Ming Chiao Tung University Academic Hub Skip to main navigation …