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Researchers at OIST have established a mathematical framework for controlling quantum systems, providing the necessary theoretical foundation to experimentally test the hypothesis that birds use quantum entanglement for magnetic navigation. This development bridges the gap between quantum biology theory and laboratory practice, potentially unlocking new platforms for hybrid biological-quantum computing applications. While the direct observation of avian magnetoreception remains elusive, this work clarifies the conditions required to validate or refute the 50-year-old radical pair mechanism in living organisms.