Our work on modeling extended defects in MoS2 is now out in Small!

onlinelibrary.wiley.com/doi/10.1002/...

We show how size and chemical environment affect nanopore geometry in MoS2, changing pore shapes from irregular to triangular.

#2Dmaterials #Nanopores #MaterialsModeling #DefectEngineering

Screw dislocations and uniform torsion in helically twisted nanowires create geometry-controlled electron confinement without external potentials, enabling tunable nonlinear optical gain and state-selective amplification in the mid-IR/THz range.

#QuantumNanophotonics #DefectEngineering #Research

Reproducible #DefectEngineering remains a nanomanufacturing challenge.

This study uses #AI to optimize defect design, improving #nanomaterial performance, reproducibility, and scalability across diverse applications.

#OpenAccess in #NanotechnologyReviews: doi.org/10.1515/ntre...

Scientists have developed a single‑step CVD process using azupyrene to embed 5‑7 carbon ring defects into graphene, enabling tunable defect density and boosting gas‑sensor response. https://getnews.me/researchers-use-engineered-defects-to-boost-graphene-performance/ #graphene #defectengineering

https://press.uni-mainz.de/material-design-by-means-of-defect-engineering-german-research-foundation-approves-new-collaborative-research-center-at-mainz-university/ #chemistry #DefectEngineering #MaterialDesign