01 · Host Material
Electronic Grade Diamond
High-purity single-crystal diamond for low-background measurements, controlled implantation and single-defect fabrication.
Explore →Materials for Quantum Experiments
Choose the diamond around the experiment.
From ultra-low-background host crystals to engineered NV depth, density, isotope, orientation, form factor and geometry, Nova Crystal builds quantum materials around the parameters that determine the experiment.
ATOMS
DEFECTS
CRYSTALS
GEOMETRY
APPLICATIONS
DEFECTS
CRYSTALS
GEOMETRY
APPLICATIONS
SELECT BY EXPERIMENTAL PARAMETER
01 · PurityN < 5 ppbUltra-low background
02 · NV Depth5–100 nmSurface-sensitive regime
03 · NV DensitySingle → ppmDefect population
04 · Isotope¹²C · ¹⁴N · ¹⁵NSpin environment
05 · Orientation{100} · {110} · {111}Crystal / NV-axis geometry
06 · Form FactorBulk · Thin Film · MembraneSmall pieces / micro-crystals
07 · GeometryCut · Polish · CustomThinning / side polish / bevel
HOST MATERIAL→DEFECT ENGINEERING→FORM FACTOR→EXPERIMENT-READY MATERIAL
Core Quantum Diamond Platforms
Diamond remains the core.
Nova’s primary product platform is quantum-grade diamond. Each product page goes deeper into the relevant purity, NV architecture, isotope, orientation and processing window.
02 · Near-Surface NV
Shallow NV Diamond
Near-surface NV centers engineered for surface-spin sensing, nanoscale magnetometry and related experiments.
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03 · Controlled NV Population
NV Ensemble Diamond
Uniform NV ensemble material and engineered active volumes for magnetometry, wide-field imaging, maser and device integration.
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04 · Spatial Patterning
NV Array Diamond
Position-defined single NV, cluster and ensemble-array architectures for scalable sensing and interaction studies.
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05 · Isotope Engineering
Isotope-Engineered Diamond
¹²C-enriched material with reduced ¹³C nuclear-spin background plus controlled ¹⁴N / ¹⁵N doping, in bulk or active-layer formats.
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06 · Crystal Orientation
{111} Diamond
{111}-oriented electronic-grade, shallow-NV and NV-ensemble platforms for experiments where surface-normal NV alignment and field geometry matter.
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07 · Precision Processing
Custom Quantum Diamond
Laser cutting, ultra-precision polishing, orientation cutting, thinning, side polishing, bevels, micro-cubes and experiment-specific geometries.
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08 · OPTICAL DIAMOND
Optical Diamond
ATR, Raman crystals, optical windows, DAC and precision X-ray optics—with metallization, flange customization, welding and integrated optical assembly available.
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09 · THERMAL MANAGEMENT
Thermal Diamond
Single-crystal, polycrystalline, diamond–copper and ultra-thin diamond formats—with metallization, bonding and integrated thermal-module support.
Explore →Optical & thermal product information is intentionally concise online. For detailed brochures, available specifications, drawings and characterization/test data, please contact nova@novacrystal.hk.
Emerging Quantum Materials
Emerging Quantum Materials & Defect Platforms
Beyond NV diamond, Nova Crystal supports selected emerging quantum-material platforms for spin, photonics, sensing and hybrid-device research. Current capabilities include SiV centers in diamond, defect centers in SiC, quantum emitters in hBN and graphene-based structures, with project-specific support spanning materials, ion implantation, annealing, processing and characterization.
SiV in Diamond
Silicon-vacancy color centers for optical quantum emitter and photonics research.
Defect Centers in SiC
Wide-bandgap defect platforms for spin, sensing and quantum-device research.
Quantum Emitters in hBN
Two-dimensional emitter systems for nanoscale optics and quantum photonics research.
Graphene
Graphene-based structures for 2D quantum-material, defect and hybrid-device research.
Positioning: emerging / collaborative capability — intentionally secondary to the core Quantum Diamond platform.
Explore Quantum Materials & Collaboration →Need a non-standard material or geometry?
Send the host material, target defect, concentration, isotope, orientation, dimensions, thickness, surface finish and application. We can discuss the configuration around the experiment rather than force it into a fixed catalog SKU.