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Tardigrades might be the first animals proven to experience quantum entanglement

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⚡ Quantum Brief
A February 2026 academic discussion proposes tardigrades as potential candidates for demonstrating quantum entanglement in multicellular organisms, marking a first in quantum biology research. Researchers suggest tardigrades’ extreme resilience—including survival in space vacuums—may allow their biological systems to maintain quantum coherence long enough for entanglement experiments under cryogenic conditions. The hypothesis builds on prior studies where tardigrades entered quantum states in superconducting qubits, though earlier work lacked definitive proof of entanglement between their biological matter and external quantum systems. If confirmed, this could redefine boundaries between classical and quantum biology, offering insights into how life interacts with quantum mechanics at macroscopic scales. Critics urge caution, noting technical challenges in isolating entanglement signals from biological noise, but peer-reviewed validation could follow if experimental protocols advance in 2026-2027.
Tardigrades might be the first animals proven to experience quantum entanglement

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