Quantum computing brings the rare metal rubidium out of the shadows. Previously, this element was produced in negligible quantities. Now it is becoming extremely valuable for technology companies and research centers. Rubidium is rarely mined in its pure form. It is usually obtained at specialized processing plants. Global consumption of this metal is steadily increasing. By 2035, demand could reach almost twelve tons per year. The main new driver of demand will be quantum computers powered by neutral atoms. Companies such as QuEra and Pasqal are already using this metal. They capture and cool rubidium atoms using powerful lasers. These atoms are then successfully used as qubits.

The use of neutral atoms significantly increases the need for rubidium. The first quantum machines contained less than a hundred qubits. Modern pilot systems are already exceeding the thousand qubit mark. Each new large installation requires more and more metal. The companies' plans are aimed at creating systems with ten thousand qubits by 2032. Such growth will have a serious impact on a small global market. Only fifty commercial quantum computers can consume up to a ton of rubidium annually. This will take up a significant share of the current global supply. Equipment manufacturers will need long-term contracts for stable supplies. This will help us move from grant-based research to mass sales.

The demand for rubidium extends far beyond processors. Vapor elements with this metal are installed inside quantum magnetometers and gravimeters. These tools are used for geological research and navigation. They also provide secure data transmission channels. Global government programs are actively funding the development of quantum sensors. The goal is to create fault-tolerant systems for complex scientific research.

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The material has been prepared solely for informational purposes and does not constitute financial advice or recommendation.