As synchrotrons around the world transition to fourth generation, the industrial R&D landscape faces a critical paradox: exponential increases in X-ray brilliance have not yet translated into a proportional acceleration of commercial solutions. This article examines the Interpretation Gap between the delivery of raw synchrotron facility measurements and the extraction of scientific information needed to drive industrial R&D. We argue that the traditional facility-centric model tends to focus on high data throughput and often fails to provide the physicochemical insight required for industrial decision-making. Operating from the Harwell Science and Innovation Campus, Finden Ltd serves as a strategic R&D partner, acting as a scientific translator between advanced experiments in large-scale scientific facilities and commercial urgency. We critically assess the prevailing drive toward nanometer resolution at the expense of representative sampling and discuss the associated loss of capability related to the smaller maximum field of view that can be achieved at multimodal imaging beamlines. By advocating for formal Joint Development Programs between facilities and specialised scientific SMEs, we propose a shift toward a more integrated R&D partnership. This model ensures that the massive public investment in scientific infrastructure is fully leveraged to solve complex industrial problems through advanced characterisation and expert data analysis, including state-of-the-art machine learning approaches to handle complex experimental data.
