… We show that in discussing molecular wire antiresonances it is important to take into … ; in
some of the systems that we consider antiresonances are only found if this non-orthogonality is …

… antiresonances should occur in the transmission spectra of MW. A numerical calculation for a
MW consisting of filter molecules attached to an active molecule … how an antiresonance can …

… highest occupied molecular orbital and lowest unoccupied molecular orbital, and directly
observe anti-resonance, a distinct feature of destructive interference. By tuning the molecule in …

… To further test the validity of ECARs, we have designed and synthesized new heteroatom-containing
molecular wires that differ structurally from those considered in the development of …

… Our findings provide a strategy with which to manipulate electron tunneling through the
single-molecule junction from resonance to antiresonance, suggesting the great potential of …

… We now demonstrate that antiresonances arise from quasibound states associated with the
… feature of molecular wires with attached side groups, we examine the molecule shown in Fig. …

… molecular wire quantum transport. We begin by solving analytically an idealized model of a
molecular wire consisting of a molecule … for molecular wire conductance antiresonances and …

… highest occupied molecular orbital and lowest unoccupied molecular orbital, and directly
observe anti-resonance, a distinct feature of destructive interference. By tuning the molecule in …

… windows provide opportunities for gating single-molecule junctions between resonances
associated with molecular energy levels and anti-resonances associated with DQI 18,23 . …

… Parabolic model In this section, we derive an expression for the transmission functions of
T-junctions made from molecular wires with side functional groups. The derivation is also given …