Lavie thinks the solution lies in the brain's ability to accept or ignore visual information.

拉维认为，解决办法在于大脑接受或忽略视觉信息的能力。

So Lavie did another experiment, designed to look at this ability to concentrate better in the face of increased difficulty.

因此，拉维做了另一个实验，旨在观察这种在难度增加时能够更好地集中注意力的能力。

Normally area of V5 would be stimulated as those moving stars are perceived and sure enough, Lavie found that during the task area of V5 was active, so people were aware of the moving starfield.

当移动的星星被大脑认知后，一般 V5 区域会被刺激到。果然，拉威发现在这个任务进行中，V5 区域是活跃的，因此人们是能感知到移动的星场的。

There are several possible explanations for the paradox, Lavie said.

李维说，对这一悖论的阐明有几种可能。

It is considered that the perceptual load theory proposed by Lavie resolves the conflict between early and late selection models in the study of selective attention.

知觉负载理论被认为解决了选择性注意研究的早选择和晚选择观点之争。

Study leader Professor Nilli Lavie, from the Institute of Cognitive Neuroscience at University College London, said: " 'Inattentional deafness' is a common everyday experience.

伦敦大学学院认知神经学研究所的尼尔利 拉唯教授是这项研究的带头人，他说：“‘无意失聪’这种现象在日常生活中很常见。