
人们原本对人工智能寄予厚望,期待它能实现邮件、个人行政事务及程序运行等文书工作自动化,从而为我们节省时间。但研究人员发现,现实情况恰恰相反:我们正陷入职业倦怠。
如今,存在两种现象。第一,当你从邮件撰写这类低价值重复性工作中解放出来,只处理复杂数据分析等高认知负荷的工作时,大脑会承受极大负荷。第二,这类能帮我们完成海量工作的工具,本身就是一把双刃剑:员工的工作投入度与热情有所提升,但由于整体工作量增加,工作时长也被迫拉长。
阿鲁娜·兰加纳坦(Aruna Ranganathan)与叶星琪(Xingqi Maggie Ye)在一项为期8个月、覆盖200名员工的田野志研究中发现,使用人工智能非但没有让工作变得更轻松,反而加大了工作强度。波士顿咨询公司(BCG)的另一项研究则发现“脑疲劳”效应:在完成其他任务之余,还要熟练使用人工智能,员工往往需要付出两至三倍的精力,最终导致失误增多、工作质量下降。
在神经领导力研究院,我们致力于研究大脑的运作机制,并基于大脑的生理极限,设计出让工作更可控的解决方案。那些希望团队既能享受人工智能省时的红利,又能规避其引发的职业倦怠的管理者,可以参考以下几点见解。
看着人工智能在数秒内解析完整文档、生成复杂分析结果,我们很容易忘记自身认知能力的局限。大脑并非一台拥有无限算力的机器。事实上,它很快就会感到疲劳;只需试着让大脑记住一份含10项内容的清单,你立刻就能发现它“力不从心”。
大脑疲劳有几个原因。其一是工作记忆的局限:我们并不擅长在大脑中同时留存大量信息。多年来,专家们认为大脑一次能记住大约7项事物;然而,近期研究表明,这一数字可能更接近3至5。
在最新研究中,神经科学家还发现了“中期记忆”的存在,即大脑在数小时内留存信息的能力。中期记忆同样受到极大限制,其上限远低于我们的预期。我们或许自认为擅长多任务处理,但科学研究证明,事实并非如此。人类的大脑其实并不擅长同时处理多种信息。
另一个因素是任务切换带来的损耗。即便我们感觉自己能像切换浏览器标签页般,轻松地在不同工作间切换,研究表明,当我们在截然不同的任务之间切换时——比如在向人工智能输入提示词和应用其输出结果之间切换——我们需要超过20分钟才能完全恢复专注力。倘若中途再被一两场会议打断,那么一整天下来,我们很难完成多少工作。
然而,员工必须保持工作效率,那会出现怎样的情况?为腾出空间处理新信息,大脑只能舍弃其他输入信息,这就是为何超负荷工作的员工——即便是团队里的明星员工——最终也会在细节上出现疏漏。
在本就繁忙的工作日中使用人工智能,会进一步加重大脑负荷。人工智能会挤占大量认知资源,尤其当我们把空闲时间都用来输入提示词时,大脑便永远无法得到充分休息。我们本想借助人工智能提升工作效率和专注力,最终却适得其反,不仅失去了原本的优势,还在这个过程中身心俱疲。
关于创造力和创新的研究,得出的一个关键结论是:“尤里卡”时刻(顿悟时刻)不会在大脑思绪纷乱时出现。顿悟往往在大脑处于平静状态时出现,或许是洗澡时,或许是出门遛狗时。在这些安静的时段里,潜意识才有机会建立起那些被繁杂事务占据的显意识无法捕捉的联结——而在日常工作中,我们的显意识始终被重要的工作事项填满。
企业应将为员工划定专属安静时间列为优先事项,这段时间完全不受会议与人工智能使用的干扰,让员工能够心无旁骛地完成工作,或是围绕工作内容进行发散思考。最关键的是,必须将这段时间制度化并予以严格保护,避免被临时会议邀约或看似紧急的待办事项挤占——这些事务往往会轻易吞噬掉我们看似可自由支配的“空闲”时间。
如果一个人每天都要管理8个AI智能体,那么即便在常规工作状态下,这份工作几乎一定会带来过重的负荷。未来,工作的考核标准应更多聚焦于成果,而非投入度与工作时长。与此同时,个人也必须培养自我认知能力,懂得何时该休息、小憩、散步,或是进行“健康心智餐盘”的其他活动,让大脑能够恢复能量。
企业还应为员工开展人工智能使用培训,引导其利用该技术提升工作效率,而非单纯增加工作量。我们的研究表明,仅有极少数用户将人工智能视为合作伙伴协同工作;大多数人只是将工作丢给人工智能处理,最终反而增加了管理人工智能的负担。在这一情境下,关键技能在于元认知:即反思自身思维过程,利用人工智能优化当前的假设、解决方案和结论。
当团队能将两大策略结合起来——专为产生洞见留出安静时间,并利用人工智能提升思维能力——便能有效逆转脑疲劳,让时间与精力投入转化为正向输出,真正将人工智能当作精密工具加以利用。人类大脑的进化本就不是为了无休止地输入提示词。只要建立合理使用边界,大脑就无需承受这样的负荷。(财富中文网)
戴维·罗克博士(Dr. David Rock)首创了“神经领导力”这一术语,现任神经领导力研究院(NLI)联合创始人兼首席执行官。该机构是一家拥有26年历史的认知科学咨询公司,曾为超过三分之二的《财富》100强企业提供咨询服务。
克里斯·韦勒(Chris Weller)是代笔作家兼编辑顾问,同时也是1-Across公司的创始人。该公司专门帮助社会科学家、企业家和有远见的思想家撰写能够重塑大众世界观的非虚构类作品。迄今为止,他已出版两本著作:《塑造我们的空间:为何设计存在缺陷,以及如何创造更幸福健康的世界》(The Spaces That Make Us: Why Design Is Broken and How We Can Create a Happier, Healthier World)和《绩效文化:跳出热词陷阱,打造常胜团队》(The Performance Culture: Go Beyond Buzzwords to Lead Teams That Win)。他的文章曾发表于《大西洋月刊》、《哈佛商业评论》、《新闻周刊》、《商业内幕》和《Fast Company》等媒体。
Fortune.com上发表的评论文章中表达的观点,仅代表作者本人的观点,不代表《财富》杂志的观点和立场。
译者:中慧言-王芳
人们原本对人工智能寄予厚望,期待它能实现邮件、个人行政事务及程序运行等文书工作自动化,从而为我们节省时间。但研究人员发现,现实情况恰恰相反:我们正陷入职业倦怠。
如今,存在两种现象。第一,当你从邮件撰写这类低价值重复性工作中解放出来,只处理复杂数据分析等高认知负荷的工作时,大脑会承受极大负荷。第二,这类能帮我们完成海量工作的工具,本身就是一把双刃剑:员工的工作投入度与热情有所提升,但由于整体工作量增加,工作时长也被迫拉长。
阿鲁娜·兰加纳坦(Aruna Ranganathan)与叶星琪(Xingqi Maggie Ye)在一项为期8个月、覆盖200名员工的田野志研究中发现,使用人工智能非但没有让工作变得更轻松,反而加大了工作强度。波士顿咨询公司(BCG)的另一项研究则发现“脑疲劳”效应:在完成其他任务之余,还要熟练使用人工智能,员工往往需要付出两至三倍的精力,最终导致失误增多、工作质量下降。
在神经领导力研究院,我们致力于研究大脑的运作机制,并基于大脑的生理极限,设计出让工作更可控的解决方案。那些希望团队既能享受人工智能省时的红利,又能规避其引发的职业倦怠的管理者,可以参考以下几点见解。
看着人工智能在数秒内解析完整文档、生成复杂分析结果,我们很容易忘记自身认知能力的局限。大脑并非一台拥有无限算力的机器。事实上,它很快就会感到疲劳;只需试着让大脑记住一份含10项内容的清单,你立刻就能发现它“力不从心”。
大脑疲劳有几个原因。其一是工作记忆的局限:我们并不擅长在大脑中同时留存大量信息。多年来,专家们认为大脑一次能记住大约7项事物;然而,近期研究表明,这一数字可能更接近3至5。
在最新研究中,神经科学家还发现了“中期记忆”的存在,即大脑在数小时内留存信息的能力。中期记忆同样受到极大限制,其上限远低于我们的预期。我们或许自认为擅长多任务处理,但科学研究证明,事实并非如此。人类的大脑其实并不擅长同时处理多种信息。
另一个因素是任务切换带来的损耗。即便我们感觉自己能像切换浏览器标签页般,轻松地在不同工作间切换,研究表明,当我们在截然不同的任务之间切换时——比如在向人工智能输入提示词和应用其输出结果之间切换——我们需要超过20分钟才能完全恢复专注力。倘若中途再被一两场会议打断,那么一整天下来,我们很难完成多少工作。
然而,员工必须保持工作效率,那会出现怎样的情况?为腾出空间处理新信息,大脑只能舍弃其他输入信息,这就是为何超负荷工作的员工——即便是团队里的明星员工——最终也会在细节上出现疏漏。
在本就繁忙的工作日中使用人工智能,会进一步加重大脑负荷。人工智能会挤占大量认知资源,尤其当我们把空闲时间都用来输入提示词时,大脑便永远无法得到充分休息。我们本想借助人工智能提升工作效率和专注力,最终却适得其反,不仅失去了原本的优势,还在这个过程中身心俱疲。
关于创造力和创新的研究,得出的一个关键结论是:“尤里卡”时刻(顿悟时刻)不会在大脑思绪纷乱时出现。顿悟往往在大脑处于平静状态时出现,或许是洗澡时,或许是出门遛狗时。在这些安静的时段里,潜意识才有机会建立起那些被繁杂事务占据的显意识无法捕捉的联结——而在日常工作中,我们的显意识始终被重要的工作事项填满。
企业应将为员工划定专属安静时间列为优先事项,这段时间完全不受会议与人工智能使用的干扰,让员工能够心无旁骛地完成工作,或是围绕工作内容进行发散思考。最关键的是,必须将这段时间制度化并予以严格保护,避免被临时会议邀约或看似紧急的待办事项挤占——这些事务往往会轻易吞噬掉我们看似可自由支配的“空闲”时间。
如果一个人每天都要管理8个AI智能体,那么即便在常规工作状态下,这份工作几乎一定会带来过重的负荷。未来,工作的考核标准应更多聚焦于成果,而非投入度与工作时长。与此同时,个人也必须培养自我认知能力,懂得何时该休息、小憩、散步,或是进行“健康心智餐盘”的其他活动,让大脑能够恢复能量。
企业还应为员工开展人工智能使用培训,引导其利用该技术提升工作效率,而非单纯增加工作量。我们的研究表明,仅有极少数用户将人工智能视为合作伙伴协同工作;大多数人只是将工作丢给人工智能处理,最终反而增加了管理人工智能的负担。在这一情境下,关键技能在于元认知:即反思自身思维过程,利用人工智能优化当前的假设、解决方案和结论。
当团队能将两大策略结合起来——专为产生洞见留出安静时间,并利用人工智能提升思维能力——便能有效逆转脑疲劳,让时间与精力投入转化为正向输出,真正将人工智能当作精密工具加以利用。人类大脑的进化本就不是为了无休止地输入提示词。只要建立合理使用边界,大脑就无需承受这样的负荷。(财富中文网)
戴维·罗克博士(Dr. David Rock)首创了“神经领导力”这一术语,现任神经领导力研究院(NLI)联合创始人兼首席执行官。该机构是一家拥有26年历史的认知科学咨询公司,曾为超过三分之二的《财富》100强企业提供咨询服务。
克里斯·韦勒(Chris Weller)是代笔作家兼编辑顾问,同时也是1-Across公司的创始人。该公司专门帮助社会科学家、企业家和有远见的思想家撰写能够重塑大众世界观的非虚构类作品。迄今为止,他已出版两本著作:《塑造我们的空间:为何设计存在缺陷,以及如何创造更幸福健康的世界》(The Spaces That Make Us: Why Design Is Broken and How We Can Create a Happier, Healthier World)和《绩效文化:跳出热词陷阱,打造常胜团队》(The Performance Culture: Go Beyond Buzzwords to Lead Teams That Win)。他的文章曾发表于《大西洋月刊》、《哈佛商业评论》、《新闻周刊》、《商业内幕》和《Fast Company》等媒体。
Fortune.com上发表的评论文章中表达的观点,仅代表作者本人的观点,不代表《财富》杂志的观点和立场。
译者:中慧言-王芳
The promise of AI was that it would save us all time by automating our clerical tasks, like email, personal admin, and running programs in the background. In reality, researchers are showing the opposite is happening: We’re burning out.
There are two phenomena happening here. When you are freed up from lower-level work — say, email writing — doing exclusively high-level work, such as analyzing complex data sets, is very taxing on the brain. Second, simply being given a tool that helps us do so much more creates a double-edged sword where people are more engaged and excited about their work, but also work longer hours because the volume has increased overall.
In their research, Aruna Ranganathan and Xingqi Maggie Ye found in an eight-month ethnographic study of 200 employees that AI usage intensified work rather than making it easier. Other research from BCG has found a “brain fry” effect: Using AI well, on top of performing our other tasks, is making work doubly or triply effortful, leading to more errors and poorer outcomes.
At NLI, we investigate what’s going on in the brain and devise solutions for making work more manageable within the brain’s natural limits. Leaders who want their teams to benefit from AI’s time-saving capabilities, without fighting burnout in the process, can follow a few insights.
Watching AI parse entire documents and generate complex analyses in seconds makes it easy to forget our own cognitive limits. The brain isn’t an infinite computational machine. In fact, it gets quite tired very quickly; just ask your brain to remember a list of 10 items, and you’ll immediately notice how fast it just kind of falters.
The brain fatigues for a few reasons. One is the limitation posed by working memory; we’re just not all that good at holding lots of information in mind. For years, experts thought the brain was capable of keeping around seven items in mind at once; however, recent studies have shown the true number may be closer to three to five.
More recently, neuroscientists have discovered a layer of “intermediate term memory” as well, or the brain’s capacity to hold information in mind over a period of hours. Intermediate term memory is also highly constrained, often more than we like to believe. We may think of ourselves as expert multi-taskers, but science shows that just isn’t the case. Our brains are poor jugglers of information.
Another factor is the cost of task switching. Even if it may feel like we are effortlessly switching between jobs like tabs on our Internet, browser, research has shown it can take more than 20 minutes to fully recover our focus when we go between disparate tasks—such as toggling between AI prompting and applying its outputs. Add in a meeting or two interrupting these tasks, and we have little hope of getting much of anything done over a full workday.
And yet, employees have to remain productive, so what happens? To make room for new processing, other inputs have to go, which is how over-worked, overworked employees—even all-star team members—end up dropping the ball on minor details.
Using AI within an already busy workday taxes our brain. The technology eats up more space in our overall cognitive processing, especially as we fill open time slots with additional prompting, so our brains never feel fully rested. We started using AI to become more productive and focused; instead we’re losing our edge and fatiguing along the way.
A key finding from the research into creativity and innovation is that “Eureka!” moments don’t happen in noisy brains. They happen when the brain is quiet, perhaps when the person is taking a shower or out walking the dog. During these periods of quiet, the unconscious mind has a chance to make connections that the noisy conscious mind can’t perceive, because it’s too busy attending to important work matters.
Organizations should make it a priori ty to carve out quiet time free from meetings or AI use, during which employees can work heads-down or free-associate about their work. Crucially, this time must be systematized and held sacred so that it’s not lost to last-minute meeting requests or seemingly urgent to-dos that all too easily wipe away seemingly disposable “free” time.
If someone is managing eight AI agents all day, every day, their work is almost sure to be too taxing under normal conditions. Going forward, work may need to be measured more by outcomes rather than inputs and hours worked. At the same time, individuals must develop the self-awareness to know when to take breaks, to take a nap or go for a walk or other facets of the Healthy Mind Platter, so their brains can recharge.
Organizations should also educate people on using AI so that it’s enhancing their work, not strictly multiplying it. Our research shows a small percentage of users work with AI as a partner; the majority offload their work, which creates an extra layer of work to manage the AI. The key skill in this case is metacognition: thinking about one’s own thinking to ask AI to improve current hypotheses, solutions, and conclusions.
When teams can pair these two strategies—dedicated quiet time for insight generation and using AI to enhance one’s thinking—they should see brain drain reverse into a worthy investment of time and energy that treats AI as a sophisticated tool. The brain didn’t evolve for infinite prompting. But with the right guardrails, it doesn’t have to be.
Dr. David Rock coined the term neuroleadership, and is the Co-founder and CEO of the NeuroLeadership Institute (NLI), a 26-year-old cognitive science consultancy that has advised over two thirds of the Fortune 100.
Chris Weller is a ghostwriter and editorial consultant. He is the founder of 1-Across, a company that specializes in helping social scientists, entrepreneurs, and ambitious thinkers write nonfiction books that change how people see the world. He has written two books to date, The Spaces That Make Us: Why Design Is Broken and How We Can Create a Happier, Healthier World and The Performance Culture: Go Beyond Buzzwords to Lead Teams That Win. His writing has appeared in The Atlantic, Harvard Business Review, Newsweek, Business Insider, and Fast Company.
The opinions expressed in Fortune.com commentary pieces are solely the views of their authors and do not necessarily reflect the opinions and beliefs of Fortune.