The Franck-Hertz experiment first demonstrated the quantization of atomic energy levels using electrons, leveraging inelastic scattering. In this talk I will show promising preliminary results of a quantum system being coherently driven by the non-radiative near-field of a spatially deflected electron beam. The electron beam of an adapted Philipps XL30 Scanning Electron Microscope is electrostatically deflected and passes by an electron spin active sample (BDPA) sample to perform continuous wave Electron Spin Resonance (ESR), which is read out using a microcoil and a lock-in detection scheme. This approach could enable higher spatial resolution and non-destructive analytics by combining ESR and electron microscopy, especially by leveraging tailor-made near-fields modulated electron beams as painted potentials.