Atomic force microscopy elucidates how crystallization of a block co-oligomer assists in overcoming the high-X barrier for microphase separation during directed self-assembly.

52 proposals were collected at the deadline of 6 September 2024 and evaluated.

Watch the first episode of a new video series that highlights the high value of scientific exchanges supported by the NFFA-Europe research infrastructure.

NFFA is planning a major upgrade of services to realize the first hybrid infrastructure on nanoscience blending access to instrumentation and theory with advanced algorithms improving both the operation of the infrastructure and the research workflows.