Quantum Grade Diamond™ 12C Methane
>99.99% Isotopically Enriched 12C Methane for Quantum Grade Diamond™ Synthesis
CIL’s CLM-392-QGD Quantum Grade Diamond™ 12C Methane is specifically engineered for the production of high-purity synthetic diamonds used in advanced quantum applications.
Available configurations:
This highly enriched methane feedstock enables superior chemical vapour deposition (CVD) diamond growth, reducing unwanted isotopic impurities and optimising material performance for colour centre quantum technologies.
This is the first of several strategic promotions planned for IYQ2025 to support the rapidly expanding global quantum community.
Why 12C Enrichment Matters in Quantum Diamonds
Isotopic purity is critical in quantum sensing, quantum networking, and quantum computing applications. Carbon-12 enrichment reduces spin noise from 13C nuclei, enhancing:
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Coherence times
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Signal stability
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Quantum sensitivity
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Device performance
For next-generation quantum devices, isotopic control is not optional — it is foundational.
Applications in Quantum Technologies
NV (Nitrogen-Vacancy) Diamonds
NV diamonds are transforming multiple industries:
Electric Vehicles
- Quantum magnetometers based on NV centers may extend EV range by up to 15% through advanced battery monitoring and optimisation.
Inertial Navigation
- NV-based quantum sensors offer GPS-independent navigation for aerospace, defence, and autonomous systems.
Medical Diagnostics
- Emerging non-contact quantum sensors enable ultra-sensitive detection of cardiac and neurological signals.
SiV (Silicon-Vacancy) Diamonds
SiV diamonds are essential components in:
Quantum Communication Networks
- Acting as photon quantum relays in fibre optic systems.
Quantum Key Distribution (QKD)
- Enabling ultra-secure cryptographic communication by preventing interception or eavesdropping.
Scalable Quantum Internet Infrastructure
- Providing stable photon sources for long-distance entanglement distribution.
Statement from CIL Leadership
Our Quantum Grade Diamond™ 12C Methane is a highly enriched (>99.99%) methane product, specifically designed to synthesize diamonds for quantum applications. These diamonds, often referred to as color center diamonds, are revolutionizing several key industries.
Within the quantum diamond space, we address two primary categories: NV (Nitrogen-Vacancy) diamonds and SiV (Silicon-Vacancy) diamonds. Each serves unique and critical functions.
NV diamonds are at the forefront of several technological and medical advancements. In the realm of electric vehicles, NV diamond-based quantum magnetometers have the potential to extend EV range by up to 15% through optimized battery management. These same quantum magnetometers are also being developed for inertial navigation systems, offering a crucial alternative to GPS in situations where GPS is unreliable or unavailable. In the medical field, NV diamonds hold immense promise for non-contact monitoring of both heart and brain activity.
SiV diamonds, on the other hand, are essential for the future of secure communication. They function as photon quantum relays in fiber optic networks, enabling long-distance quantum communication. Furthermore, SiV diamonds are critical for Quantum Key Distribution (QKD), a cutting-edge cryptography method that ensures the security of data transmitted through optical fibers by preventing eavesdropping.
This is a dynamic and rapidly evolving market, and our Quantum Grade Diamond™ 12C Methane is a key enabler of these ground-breaking technologies. We are confident that this promotion will be mutually beneficial and will further solidify our position as leaders in this exciting field.
Joel Louette, Director of Business Developments, CIL
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