Ainhoa Atxabal

TL;DR: The interaction between phonon polaritons and molecular vibrations reaches experimentally the onset of the strong coupling regime, while numerical simulations predict that vibrational strong coupling can be fully achieved and could become a viable platform for sensing, local control of chemical reactivity and infrared cavity optics experiments.

TL;DR: In this article, the phonon polaritons and molecular vibrations reached experimentally the onset of the strong coupling regime, while numerical simulations predict that vibrational strong coupling can be fully achieved.

TL;DR: A spin valve based on C60 and showed that the spin current could be modulated by the photocurrent, and a spin valve with a C60 semiconductor layer could integrate charge carriers generated through its photovoltaic response.

TL;DR: Long distance spin transport and photoresponse are demonstrated in a single F16 CuPc spin valve by introducing a low-temperature strategy for controlling the morphology of the organic layer during the fabrication of a molecular spin valve.

TL;DR: It is demonstrated that a simple three-terminal device allows the acquisition of spectroscopic information about the metal/molecule energy alignment in real operative condition, with important implications for spintronics and low-temperature physics.