Science
From first principles to stray fields
The way atoms and spins are arranged in a crystal lattice governs the properties of the resulting material, which is particularly true for the magnetic stray field. Matching calculations based on first principles with physical reality requieres precise measurements of the field, often with high sensitivity and spatial resolution. Scanning NV adds a powerful tool to the toolbox, providing data that can complement PEEM, MFM and other methods.
Magnetic Ordering
Magnetic Ordering
Magnetic properties are often about ordering. With megapixel scans it is now possible to investagate ordering at different length scales.
Topological Defects
Topological Defects
Topological defects in multiferroics are elusive as they both require high spatial resolution and magnetic sensitivity to be detected. Quickscan allows to cover large sample areas in just a few minutes making topological defects easy to locate.
Domain Walls
Domain Walls
Characterize domain walls and how they respond to currents, magnetic fields, temperature and other stimuli.
Domain Patterns
Domain Patterns
Control over the magnetic field orientation of an antiferromagnet is a prerequisite for making device. Spatial maps and characterization of domain patterns help to understand the mechanisms.
Magnetic Ordering
Magnetic Ordering
Magnetic properties are often about ordering. With megapixel scans it is now possible to investagate ordering at different length scales.
Topological Defects
Topological Defects
Topological defects in multiferroics are elusive as they both require high spatial resolution and magnetic sensitivity to be detected. Quickscan allows to cover large sample areas in just a few minutes making topological defects easy to locate.
Nitrogen vacancy centers
The unique properties of the nitrogen vacancy center not only make it a good quantum sensor, but also an ideal testbed for a wide variety of quantum applications.
Ranging from educational room temperature quantum computing with two qubits, to sensing atoms at the diamond surface via NMR, the possibilities are broad.
