Qnami shows that combining scanning NV Magnetometry data and AI, it is possible to quantitatively reconstruct the magnetizaion vector with unprecedented precision.Continue Reading
With Scanning NV Magnetometry, researchers were able to unanbiguously image room-temperature skyrmions in exchange-biased multilayer stack at zero field.Continue Reading
The team led by Dr. Aurore Finco observed for the first time topological defects in multiferroic antiferromagnets at room temperature using Qnami Quantilevers.Continue Reading
The team led by Dr. Aurore Finco observed for the first time topological defects in multiferroic antiferromagnets at room temperature using Qnami Quantilevers.Continue Reading
With its excellent mechanical and thermal stability, Qnami ProteusQ enabled to study complex spin textures micron-sized single domains designed by piezoresponse force microscopy.Continue Reading
With the scanning NV magnetometer Qnami ProteusQ, you can apply voltages to magnetoelectric RAM devices to switch antiferromagnetic domains.Continue Reading
Qnami Scanning NV magnetometer, ProteusQ, allows to resolve electrical currents with unprecedented spatial resolution. It can be used as a tool for failure analysis.Continue Reading
Qnami ProteusQ scanning NV magnetometer enables researchers to study long decay lenght magnons in multiferroics heterostructures for the first time.Continue Reading
