研究发现,睡眠刺激解谜,婴儿预测节奏,而一些爬行动物缺乏饥饿基因。 Sleep boosts puzzle-solving, babies predict rhythms, and some reptiles lack hunger gene, study finds.

一项新的研究发现,沉睡在困难的拼图上可以改善问题的解决,因为睡眠有助于大脑重组和处理信息,导致觉醒后的洞察力。 A new study finds that sleeping on a difficult puzzle can improve problem-solving, as sleep helps the brain reorganize and process information, leading to insights upon waking. 研究人员还发现,新生儿可以预测复杂的音乐节奏,这很可能是由于天生对诸如心跳等生物节奏的敏感性,但并不表现出同样的预测旋律的能力。 Researchers also discovered that newborns can predict complex musical rhythms, likely due to innate sensitivity to biological rhythms like heartbeats, but do not show the same ability to anticipate melodies. 同时,科学家发现一些蛇和变色龙 已经失去了grelin的基因, 这是一种饥饿信号荷尔蒙 在人类中, 这可能解释他们有能力 不吃东西地生存几个月。 Meanwhile, scientists found that some snakes and chameleons have lost the gene for ghrelin, a hunger-signaling hormone in humans, which may explain their ability to survive months without eating. 研究结果发表在皇家学会的期刊上,着重说明生物节奏和遗传适应如何影响认知和生存。 The findings, published in the Royal Society journal, highlight how biological rhythms and genetic adaptations influence cognition and survival.