Russian Scientists Create Diamond Core for Next-Gen Quantum Computers
Researchers in Novosibirsk have synthesized unique diamond crystals that could become the foundation for ultra-fast quantum memory — a breakthrough that brings Russia closer to the computing technologies of the future.
Scientists at the Institute of Geology and Mineralogy of the Siberian Branch of the Russian Academy of Sciences (SB RAS) have announced the creation of synthetic diamond crystals embedded with germanium centers — a discovery that could redefine the landscape of digital and quantum technologies in Russia.
The team used the original BARS high-pressure apparatus to grow flawless diamonds weighing up to six carats, employing germanium as a catalyst. The key innovation lies in the crystals’ optical centers, which emit an intense and stable light even at room temperature. The energy of these centers can be manipulated using magnetic fields — a critical property for encoding and reading quantum information.
Diamond: The Material of the Future
The discovery aligns with a growing global consensus: diamond is emerging as the material of the future for advanced technologies. Unlike fragile quantum systems, diamond-based structures are exceptionally durable and provide unrivaled precision. The Novosibirsk researchers are now working in collaboration with the Russian Quantum Center to further explore potential applications — from quantum memory devices to ultra-sensitive medical sensors.
A Strategic Leap Toward Quantum Leadership
The innovation marks a bold step for Russia in the global race to develop a next-generation hardware foundation for quantum computing. With its combination of stability, scalability, and precision, the diamond platform could help redefine how data is stored, processed, and sensed — positioning Russian science at the forefront of quantum-era breakthroughs.
