Bees slow down when they enter a corner and accelerate when they turn. This mathematically confirms the observation of steering behavior of other animals, such as flies, bats and horses. More importantly, it is worth noting that no matter how fast and fast the bee turns, it can maintain a roughly constant centripetal acceleration, thus minimizing the influence of centrifugal force on its flight path. Acceleration is the result of bees trying to reduce "sideslip", or it is out of control caused by centrifugal force. For example, if the bus turns too fast, you will fall.

"When a bee turns a corner, it deftly slows down in the right way, so that the centrifugal force it experiences remains the same." "The faster you turn, the faster the bees turn and the greater the centrifugal force they experience; Bees solve this problem by slowing down. " It is also found that bees keep roughly the same acceleration when turning and in close contact with other bees, which means that the steering force of bees is the same in any case. Researchers are still looking for sensory information that bees use to avoid collisions when turning.

Bees slow down when they enter a corner and accelerate when they turn. This mathematically confirms the observation of steering behavior of other animals, such as flies, bats and horses. More importantly, it is worth noting that no matter how fast and fast the bee turns, it can maintain a roughly constant centripetal acceleration, and minimize the influence of centrifugal force on its flight trajectory. Bees have more olfactory receptors on the right antenna, so this preference for turning right is physiologically reasonable.

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