Fig. 5: Quantum sensing applications with 2D spin defects.
From: Quantum sensing with optically accessible spin defects in van der Waals layered materials
a Quantum sensing of nearby stray fields BF produced by generated from Fe3GeTe2 (FGT)148. Two-dimensional maps show the static stray field BF and the reconstructed magnetization 4 M of a suspended FGT slice, recorded at 6 K with a 142 G perpendicular magnetic field (Bext). b Visualization of Joule heating and current density, stray magnetic fields in a graphene-based device using spin defects in hBN147. c PL intensity distribution of a sensor array on the hBN flake168. d An image and a schematic of a microfluidic channel integrated into a gold stripline microwave waveguide for quantum sensing in solution229. Panel a, b are reproduced with permission from refs. 147,148, respectively, Copyright by Springer Nature. Panel c is reproduced with permission from ref. 168, Copyright by American Institute of Physics. Panel c is reproduced with permission from ref. 229, Copyright by American Chemical Society
