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A new pathway to nuclear magnetic resonance spectroscopy in high pressurediamond anvil cells is introduced, using inductively coupled broadband passiveelectro-magnetic lenses to locally amplify the magnetic flux at the isolatedsample, leading to an increase in sensitivity. The lenses are adopted for thegeometrical restrictions imposed by a toroidal diamond indenter cell, and yieldhigh signal-to-noise ratios at pressures as high as 72 GPa, at initial samplevolumes of only 230 pl. The corresponding levels of detection, LODt, are foundto be up to four orders of magnitude lower compared to formerly used solenoidalmicro-coils in diamond anvil cells, as shown by Proton-NMR measurements onparaffin oil. This approach opens up the field of ultra-high pressure sciencesfor one of the most versatile spectroscopic methods available in a pressurerange unprecedended up to now.

Magnetic Flux Tailoring through Lenz Lenses in Toroidal Diamond Indenter Cells: A New Pathway to High Pressure Nuclear Magnetic Resonance