Design, fabrication, and characterization of near-field microwave scanning probes
compatible with an atomic force microscope (AFM) for imaging of embedded nanostructures …

Scanning tunneling microscopy (STM) is utilized to study the solution− solid interface formed
between Au (111) and solutions of coronene in hexanoic, heptanoic, and octanoic acids. In …

Propagation of electrons along helical molecules adsorbed on surfaces comes along with a
robust spin polarization effect called chirality induced spin selectivity CISS. However …

In this paper, we report that S atoms on Ag (100) and Ag (110) exhibit a distinctive range of
appearances in scanning tunneling microscopy (STM) images, depending on the sample …

We present a generalization of the transfer Hamiltonian method to include inelastic currents
due to electron-vibration coupling. This formalism is applied to CO vibrations on Cu (100) …

We present a simple method to compute the transmission coefficient of a quantum system
embedded between two conducting electrodes. Starting from the solution of the time …

We analyze STM images of phenyl rings and substitutional nitrobenzene in terms of
molecular symmetry, local electronic structure and tunneling channels. In experimental STM …

A simple method for simulating scanning tunneling images | American Journal of Physics | AIP
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After almost 40 years of development, molecular electronics has given birth to many exciting
ideas that range from molecular wires to molecular qubit-based quantum computers. This …

Molecular chains built from 5, 5'-dibromosalophenatocobalt (II)(Co–Sal) molecules in an on-
surface Ullmann reaction have a high potential for serving as spin leads for information …