Recent empirical studies indicate that buff-tailed bumblebees possess cognitive faculties previously attributed exclusively to higher vertebrates, specifically regarding temporal processing and spontaneous problem-solving.

最近的實證研究顯示，歐洲熊蜂擁有先前被認為僅限於高等脊椎動物的認知能力，特別是在時間處理與自發性問題解決方面。

Research conducted at Queen Mary University of London has demonstrated that Bombus terrestris can discriminate between varying durations of light flashes. Through a classical conditioning protocol, subjects successfully distinguished between intervals of 1 and 5 seconds, as well as 0.5 and 2.5 seconds, to secure sucrose rewards. The methodology ensured that the results were not a consequence of cumulative luminosity, as bees maintained accuracy even when total brightness remained constant across different flash patterns. Furthermore, the persistence of this behavior in the absence of rewards suggests the acquisition of a cognitive rule rather than simple reinforcement. This finding challenges the prevailing scientific consensus that such temporal precision requires the neural complexity of a vertebrate brain, suggesting instead a highly efficient neural architecture.

倫敦瑪麗女王大學的研究證明，歐洲熊蜂能夠分辨不同時長的閃光時間。透過古典制約實驗，受試蜂成功分辨了 1 秒與 5 秒，以及 0.5 秒與 2.5 秒的間隔，以獲取蔗糖獎勵。該研究方法確保結果並非累積亮度的結果，因為即使在不同閃光模式下總亮度保持不變，蜜蜂仍能維持準確率。此外，在缺乏獎勵的情況下此行為依然持續，表明其習得的是一種認知規則而非簡單的強化。這一發現挑戰了目前科學界認為此類時間精準度需要脊椎動物大腦神經複雜性的共識，反而暗示了一種高度高效的神經結構。

Parallel investigations led by Olli Loukola and published in Science have identified capacities for spontaneous problem-solving and tool utilization. In a series of experiments analogous to the 'box-and-banana' paradigm, bumblebees utilized a polystyrene ball as a platform to access an otherwise unreachable artificial flower. The research utilized a counterbalanced design to isolate goal-directed behavior from accidental success or inherent preferences for object manipulation. In the most stringent iteration of the test, subjects successfully repositioned the ball into a correct compartment based on prior memory of the flower's location, despite the absence of immediate visual cues. Additionally, evidence suggests the capacity for cooperative behavior, where pairs of bees worked in tandem to manipulate objects for rewards, a trait typically associated with large-brained mammals.

由 Olli Loukola 領導並發表於《Science》的平行研究，發現了其自發性解決問題與使用工具的能力。在一系列類似於「箱中香蕉」範式的實驗中，熊蜂利用聚苯乙烯球作為平台，以接觸原本無法觸及的人造花。研究採用對比設計，將目標導向行為與偶然成功或對物體操作的先天偏好區分開來。在最嚴格的測試環節中，受試蜂根據對花朵位置的先前記憶，成功將球重新放置於正確的隔間中，儘管當時缺乏即時的視覺線索。此外，證據顯示其具有合作行為的能力，兩隻蜂會協同操作物體以獲取獎勵，這是一種通常與大腦發達的哺乳動物相關的特質。

The cumulative evidence indicates that bumblebees exhibit sophisticated cognitive flexibility and temporal awareness despite their limited neuronal count.

累積的證據顯示，儘管神經元數量有限，但熊蜂展現出複雜的認知靈活性與時間意識。