The Q factor is still on the low side due to the presence of graphene electrodes but they allow us electrical tuning of the cavity coupling. Most surprisingly, we see a simultaneous enhancement of BOTH emission intensity and lifetime.

We have published a new paper in @natnano.nature.com by @EdoardoLopriore @FedeleTagarelli et al. We have integrated vdW heterostructures hosting interlayer excitons with a monolithic Fabry–Perot cavity. @EPFLEngineering @materials-epfl.bsky.social

New paper in #npj2dmaterials @natureportfolio.bsky.social:
🧪Ibrahim et al. review how MXene membranes offer energy-efficient CO₂ separation via self-standing, ion-intercalation, and hybrid strategies and tackle he selectivity-permeability trade-off. 🧪www.nature.com/artic...

New in #npj2dmaterials @natureportfolio.bsky.social: Gouveia et al. review computational studies of MXenes offering insights into applying computational research to transition these materials from the lab to practical use. buff.ly/4jNv4Aj
#nanomaterials #2dmaterials 🧪

New in #npj2dmaterials @natureportfolio.bsky.social: Vdovin et al. reveal inelastic resonant tunneling in hBN barriers, enabling precise spectroscopy of moiré and field-induced bandgaps in graphene.
#nanomaterials #2dmaterials 🧪 https://buff.ly/3WDBRTa