EMPHASIS – Electron Microscopy Platform for High-throughput Analysis and Spectroscopic Imaging Systems

This project develops EMPHASIS—a novel hybrid imaging platform that combines quantum technology control techniques with electron microscopy to transform how biological samples are visualised at the nanoscale. Using a novel quantum platform rather than mechanical stages, EMPHASIS enables six-dimensional control over proteins, viruses, and nanomaterials, reducing imaging times from hours to minutes while enhancing spatial resolution and long-term stability. By integrating the new platform directly into the microscope environment, EMPHASIS unlocks real-time, in situ control and spectroscopic readout, paving the way for richer structural and functional characterisation of individual biomolecules. This fusion of quantum technologies with biomedical imaging opens a new frontier for studying complex biological systems with unprecedented clarity and speed. The research builds on foundational work in quantum control and aims to deliver a step-change in the tools available to molecular biology, structural medicine, and pharmaceutical science. EMPHASIS will ultimately empower researchers with a faster, more precise method for probing disease mechanisms, tracking therapeutic interactions, and accelerating drug discovery at the single-particle level. Keywords: Electron Microscopy, Biophysics, Imaging, Structural Biology, Nanotechnology, Tomography, Quantum Technology