Isolated spins for addressable experiments
Electronic-grade diamond provides a low-background host for single-NV creation, optical control and experiments where individual spin behavior matters.
NV centers in diamond provide optically addressable electronic spins for quantum registers, coupled-spin experiments and fundamental spin physics. Nova can engineer the platform from isolated NV centers to compact NV clusters and patterned arrays, with inter-NV spacing tailored around the target interaction.
Single and sparse NV centers for controlled optical and spin manipulation.
Compact NV clusters with inter-NV distances tailored for interaction studies.
Patterned NV arrays and registers for repeatable spatial organization.
For quantum registers and coupled-spin studies, spatial arrangement matters as much as host quality. NV position, inter-NV distance, isotope environment and crystal orientation can all be engineered around the experiment.
Electronic-grade diamond provides a low-background host for single-NV creation, optical control and experiments where individual spin behavior matters.
Compact groups of nearby NV centers can be engineered with typical inter-NV distances around 20–500 nm for coupling, multi-spin and interaction studies.
Patterned implantation allows defined NV positions and custom array layouts when repeatability and scalable site placement are required.
For quantum information, the useful material specification often combines host purity, NV architecture, isotope composition and crystal orientation rather than one fixed product configuration.
High-purity single-crystal diamond for controlled single-NV creation, low-background measurements and defect engineering.
View Electronic Grade →Patterned single-NV sites, compact clusters and ensemble arrays for position-controlled spin and coupling experiments.
View NV Array Diamond →¹²C-enriched diamond and controlled ¹⁴N / ¹⁵N options for experiments where the surrounding nuclear-spin environment matters.
View Isotope Engineering →{111}-oriented host and NV-engineered material for experiments that benefit from a surface-normal NV axis and simplified field alignment.
View {111} Diamond →For product brochures, full specifications and available characterization or parameter-test data for single-NV, array, cluster and isotope-engineered materials, please contact Nova Crystal by email.