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为什么有些人天生是路痴?

为什么有些人天生是路痴?

为什么有些人天生是路痴?

发布于 2026-09-12 · 时长 5:32

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时间英文中文
0:07In July of 2025, top athletes competed in a kilometers-long race, but it had no set path.2025年7月,顶级运动员在长达公里的比赛中参赛,但赛道未定.
0:15That's because it was the World Orienteering Championships, and participants equipped with因为这是世界东方锦标赛, 参与者装备
0:20only maps and compasses were expected to find their way between far-off checkpoints at high只有地图和指南针才能在高处的远处检查站之间找到路
0:26speeds, weaving between trees, sprinting over rocks, and skirting cliffs.速度,树间编织,冲刺过岩石,以及穿梭悬崖.
0:33This might sound a little daunting, but whether you identify as a wayfinding whiz or get lost这听起来有点令人生畏, 但你是确定 如何寻找whiz或迷路
0:38returning from the grocery store, your brain has a built-in navigation system that facilitates从杂货店回来 你的大脑有内置导航系统
0:44spatial skills from sensing which direction is north to map reading and route learning.从感知到向北到地图阅读和路由学习的空间技能。
0:51It consists of two major parts, the striatum and the hippocampus.它由两大部分组成,分别是striatum和河马营.
0:57The striatum is clued into sensory inputs, like nearby landmarks.石刻像像附近的地标一样,被暗示为感官输入.
1:02With repetition, it comes to associate specific stimuli and actions with certain responses and重复到将具体的刺激和行动与某些反应联系起来,
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序号英文中文
1In July of 2025, top athletes competed in a kilometers-long race, but it had no set path.2025年7月,顶级运动员在长达公里的比赛中参赛,但赛道未定.
2That's because it was the World Orienteering Championships, and participants equipped with因为这是世界东方锦标赛, 参与者装备
3only maps and compasses were expected to find their way between far-off checkpoints at high只有地图和指南针才能在高处的远处检查站之间找到路
4speeds, weaving between trees, sprinting over rocks, and skirting cliffs.速度,树间编织,冲刺过岩石,以及穿梭悬崖.
5This might sound a little daunting, but whether you identify as a wayfinding whiz or get lost这听起来有点令人生畏, 但你是确定 如何寻找whiz或迷路
6returning from the grocery store, your brain has a built-in navigation system that facilitates从杂货店回来 你的大脑有内置导航系统
7spatial skills from sensing which direction is north to map reading and route learning.从感知到向北到地图阅读和路由学习的空间技能。
8It consists of two major parts, the striatum and the hippocampus.它由两大部分组成,分别是striatum和河马营.
9The striatum is clued into sensory inputs, like nearby landmarks.石刻像像附近的地标一样,被暗示为感官输入.
10With repetition, it comes to associate specific stimuli and actions with certain responses and重复到将具体的刺激和行动与某些反应联系起来,
11outcomes, linking these cues with set routes.结果,将这些提示与既定路线联系起来。
12This forms navigation habits, for example,例如,这形成了导航习惯,
13when you automatically take the same sequence of turns on your way home.当你在回家的路上自动进行相同的转弯
14The hippocampus, meanwhile, constructs continuous, dynamic mental maps of your同时,河马营 构建连续的,动态的心理地图 你
15environment.环境。
16It helps you figure out how to get somewhere, even if you've never been它帮助你找出 如何得到的地方, 即使你从来没有去过
17or haven't taken that exact route before.或者之前没有走过那条路线
18Researchers realized the hippocampus'研究人员意识到了河马群
19importance in mental mapping in the 70s, while observing rats' brain activity and noticing that观察大鼠的大脑活动 并注意
20specific neurons in the hippocampus fired when the rats were in certain spaces.当大鼠在一定空间时,河马群中的特定神经元被发射.
21The same thing also happened in complete darkness, indicating that these neurons,同样的事情也在完全黑暗中发生, 表明这些神经元,
22which came to be called place cells, formed cognitive maps independent of sensory input.它被称作地方细胞 形成独立于感官输入的认知图
23It seems that activity in these areas during sleep represents a kind of place replay,看来这些区域在睡眠中的活动 代表着一种重播的地方
24as the brain consolidates spatial information.作为大脑整合空间信息。
25And in 2005, researchers discovered additional2005年,研究人员发现了更多的
26types of navigational neurons in the region surrounding the hippocampus.河马区周围的导航神经元类型。
27This includes其中包括:
28grid cells, which fire in a regular pattern as one moves, providing the brain with a kind of电网细胞,在移动时以常态点火,为大脑提供某种
29internal coordinate system.内部坐标系统。
30Together, the breakthrough discoveries that put place共同开创的突破性发现
31and grid cells on the map earned the 2014 Nobel Prize.地图上的网格细胞获得了2014年诺贝尔奖.
32But while the striatum and hippocampus但当石膏和河马
33form a navigation system that allows our brains to adapt between strategies depending on the task,组成一个导航系统,让我们的大脑能够根据任务在策略之间适应,
34we still struggle to find our ways.我们还在努力寻找方法
35In the absence of strong external cues,在缺乏强烈的外部提示的情况下,
36people tend to make small errors that send them off course and into circles.人们往往犯小错误 让他们偏离航线,进入圈子
37And generally,一般来说,
38some of us find ourselves lost more often than others.我们有些人比其他人更经常地迷失自己。
39Most people can handle a striatum-centric,大多数人可以处理一个以语法为中心的问题,
40well-practiced route, but those who lean more on hippocampus-forward self-orienting tend to但是那些更依赖河马营自我引导的人
41stand out as navigators.突出的航海家。
42Twin studies suggest that genetics account for around 60% of the双胞胎研究显示,遗传学约占
43variation in our navigation abilities.我们导航能力的变化
44These abilities appear independent of general intelligence,这些能力看起来独立于一般情报
45suggesting that navigation is its own distinct cognitive skill.说明导航是它独特的认知技能
46And crucially, research indicates关键是,研究表明
47that it's one that can be practiced and improved.这是可以实践和改进的。
48Compared to people from suburban and rural areas,与郊区和农村地区的人口相比,
49those who grew up in cities, especially ones with more uniform grid-like layouts,那些在城市里长大的人, 特别是那些有更统一的网状布局的人,
50appear to struggle more with navigating less ordered environments.似乎更挣扎于 导航不太有序的环境。
51And in a 2010 study,在2010年的一项研究中,
52rugby players and martial artists were blindfolded and asked to navigate back to a starting point.橄榄球运动员和武术家被蒙上双眼,要求导航回到起点.
53The rugby players who train at much larger scales did so with more directional accuracy,橄榄球选手在大得多的尺度上训练, 这样做的方向精确度更高,
54suggesting that the difference in their spatial training表明他们的空间训练不同
55improved their judgment across longer distances.越远越好
56London cab drivers, meanwhile,伦敦出租车司机,同时,
57must learn what's referred to as the knowledge, which consists of extensive routes and landmarks必须学习所谓的知识,它包括广阔的路线和地标
58across the city's infamously complex maze of streets.穿过城市的 令人发指的复杂迷宫 街道。
59Those who successfully complete顺利完成的
60the training have been observed to experience significant hippocampal growth.据观察,这些培训在河马区取得了显著增长。
61But the brain's但大脑
62malleability can be a double-edged sword.可塑性可以是双刃剑.
63While GPS devices reliably get us around,虽然GPS设备可以可靠地让我们绕圈
64they lead to worse spatial reconstructions than verbal directions and paper maps do.它们导致空间重建比口头指示和纸面地图更糟糕。
65By allowing允许
66our brains to engage less actively with environmental cues, GPS may degrade the我们的大脑在环境提示上不太活跃,GPS可能会降解
67hippocampal navigation system and impair our own internal sense of direction.河马导航系统 破坏我们内部的方向感
68So, to help improve所以,帮助改善
69it, you can try putting your GPS away on more familiar routes and paying attention to distant它,你可以尝试把你的GPS关闭 在更熟悉的路线, 并关注远处
70landmarks.地标。
71Instead of using turn-by-turn directions, consider experimenting with a paper map and与其使用转弯方向,不如考虑尝试纸面地图和
72exploring new places on foot, since physical movement helps the brain encode spatial information.探索新的徒步地点,因为物理运动有助于大脑编码空间信息.
73Then, with a little practice, the next time you get turned around, maybe you can first look然后,通过一点点练习, 下次你转身, 也许你可以先看看
74within yourself to find your way.在你内部寻找你的方式。
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