Quantum biology asks whether, and how, quantum-scale physical processes influence particular living processes. Calling an observation a quantum effect does not by itself establish a decisive biological role.
Reliable conclusions require a defined mechanism, measurable outcomes, appropriate controls, independent replication and interpretations that match the experimental conditions. Results from low-temperature or highly controlled systems cannot be transferred directly to everyday physiology without further evidence.
The Academy distinguishes observations, mechanistic models, plausible hypotheses and application claims, and updates its assessments as evidence changes.
The origins of quantum biology ↗
Evidence for wavelike energy transfer through quantum coherence in photosynthetic systems ↗