The paramount challenge in materials science and engineering lies in the ability to establish precise
correlations between the internal materials structure and the resulting properties and performance.
To address this pivotal issue, a comprehensive approach that spans the entire spectrum of materials
properties, encompassing thermal, chemical, electronic, and mechanical attributes, must be adopted
from the size of a work piece down to atomic scale.
“Multi-SCOPE” outlines our ambitious vision: the creation of an innovative multiscale characterization
platform that seamlessly integrates diverse techniques into a unified workflow. This project
addresses diverse research domains, underscored by a consortium originating from multiple
universities, faculties, and departments. At its core, Multi-SCOPE leverages the cutting-edge
capabilities of a plasma cryo Focused-Ion Beam Scanning Electron Microscope (pFIB-SEM). It enables
comprehensive, multi-scale correlative characterization of materials, serving as the linchpin for
connecting multiple techniques while keeping the sample integrity maintained. Multi-SCOPE amplifies
the synergy between various methods, creating a holistic approach to materials analysis that
transcends traditional boundaries. By facilitating a deep understanding of the intricate relationships
between materials properties and their underlying structures, this unique platform will catalyze
innovation and advancement in materials science and engineering.