The mechanical and electronic properties of ferrocene-bridged trisporphyrin (Fc2P3), which
consists of three porphyrin units bridged via a ferrocene (Fc) moiety and adsorbed onto Au …

Until now, surface-deposited stilbenes have been much less studied than other
photochromic systems. Here, an asymmetrically substituted styrene incorporating a redox …

Integration of molecular switching units into complex electronic circuits is considered to be
the next step towards the realization of novel logic and memory devices. Here, we report on …

3, 3′, 4, 4′, 5, 5′-Hexaferrocenyl-2, 2′-bithiophene (4) has been prepared using a
straightforward synthesis protocol that follows the palladium-promoted Negishi cross …

Functionalization from nonperipheral positions of triazatruxene is representing a challenge.
Triarylation of the nonperipheral positions (1, 6, and 11) in triazatruxene scaffold has been …

The biradicals 1, 8-di ([5] trovacenyl) naphthalene (6), 1, 5-di ([5] trovacenyl) naphthalene
(7), and 1, 3-di ([5] trovacenyl) benzene (8) and the monoradical 1-[5] …

Electrochemical or chemical dimerization of electron-rich ferrocenylmethylenepyran 1 gave
the first dimetallocenylbispyrylium salt 2 known today, through a reverse process that implies …

Redox-active ferrocene was assembled on gold surfaces through the hydrogen bonding
interactions between adenine-substituted ferrocene and a uracil-terminated organothiol …

Bistable [2] rotaxanes display controllable switching properties in solution, on surfaces, and
in devices. These phenomena are based on the electrochemically and electrically driven …

A series of (oligo) pyrroles featuring redox-active terminal ferrocenyl groups (Fc2-(c
C4H2NPh) n (4, n= 1; 9, n= 2; 16, n= 3; 20, n= 4)) has been prepared using a Negishi C, C …