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Enabling Ubiquitous Quantum Computing

Room Temperature Diamond Quantum Accelerators

$NV centres in diamond have the longest coherence time of any room temperature quantum state, enabling simplification and extreme miniaturization of quantum computing hardware.

Download white paper & Products Documents

capabilities

Room Temperature Diamond Quantum Accelerators

[00]ACTIVE

Temperature Independence

Making quantum computing an everyday technology - operates at room temperature, no extreme cooling required.

[01]ACTIVE

Miniaturization

Enables simplification and extreme miniaturization of quantum computing hardware.

[02]ACTIVE

Application Expansion

Unlocks a new trajectory of quantum applications across industries.

[03]ACTIVE

Long Coherence Times

NV centres in diamond have the longest coherence time of any room temperature quantum state.

[04]ACTIVE

Operational Flexibility

Can operate anywhere a classical computer can - no specialized infrastructure needed.

system_metrics

Temperature

Room

Cryogenics

None

Generation

Gen1

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Quantum Brilliance develops room-temperature diamond quantum accelerators using nitrogen-vacancy (NV) centers in diamonds. These qubits operate at room temperature rather than requiring extreme cooling, enabling simplified, miniaturized quantum computing systems that can operate anywhere a classical computer can.

Download white paper & Products Documents

NV centres in diamond have the longest coherence time of any room temperature quantum state, enabling simplification and extreme miniaturization of quantum computing hardware.

Visit Quantum Brilliance