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野村证券 · 2026/07/30

人工智能对劳动力市场的影响:雷声大,雨点小

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人工智能对劳动力市场的影响:雷声大,雨点小

美国劳动力市场数据显示,迄今为止人工智能对劳动力市场的干扰微乎其微,尽管裁员公告有所增加,但受人工智能影响的行业的就业和工资仍保持韧性。

关于人工智能的讨论往往聚焦于新技术可能颠覆劳动力市场的潜力。近期归因于人工智能的裁员公告有所增加,调查指标显示,对失业的担忧有所上升。

微观数据表明,人工智能已开始影响一小部分工作和行业。在受人工智能影响的领域,应届大学毕业生的失业率略有上升,而在电话呼叫中心等一些小行业,就业人数大幅下降。

尽管人工智能应用步伐迅速,但我们几乎没有看到广泛劳动力市场受到影响的证据。

尽管更多企业将裁员原因归咎于人工智能,但裁员公告相对广泛,并未集中在受人工智能影响的行业。此外,公告噪音较大,且似乎并未导致实际失业。

这表明存在“人工智能洗白”现象——企业将常规的员工流失归类为人工智能的影响。美国劳工统计局发布的职位空缺和劳动力流动调查(JOLTS)月度报告显示,裁员并未特别集中在受人工智能影响最大的行业。

企业可以通过放慢招聘、减少招聘力度或降低工资增长来应对人工智能的应用。迄今为止,对更广泛劳动力数据的影响似乎温和且不均匀。

总体而言,人工智能可能在边际上影响劳动力需求,尤其是通过职位发布和裁员公告。但硬性劳动力市场数据表明,这是一个渐进的重新分配过程,而非大规模替代。

一些行业似乎正受益于人工智能热潮,非住宅建筑(可能得益于数据中心建设)和耐用品制造业的就业有所增加。

从历史上看,技术进步对增长和劳动力市场是有利的。技术的快速进步往往会提高需求,促进企业创建,并创造新的角色,从而随着时间的推移扩大就业。

历史证据不支持长期存在“技术性失业”。尽管在计算机和互联网时代存在担忧,但实际就业最终远高于预测,部分原因是预测者高估了自动化对工人需求的影响,低估了计算机相关就业的增长。表面上看,人工智能似乎非常适合替代劳动力。然而,我们认为有理由预期该技术仍将是现有工人的补充。一个重要特征是人工智能的“锯齿状”能力。人工智能在多项复杂任务上表现出色,但在简单任务上仍有所欠缺。可靠性仍然是一个关键问题,尤其是考虑到基准性能与现实世界结果之间的差距。

前瞻性证据表明,人工智能更多是增强而非大规模替代。地区联储调查显示,企业计划增加人工智能投资,但预期对就业创造的影响有限。

政策制定者总体上对人工智能的长期劳动力市场影响持建设性态度。鉴于目前劳动力市场受损的证据有限,我们预计官员们将继续更关注通胀风险,而非人工智能驱动失业的下行风险。

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完整英文原文

US labor market data show minimal AI disruption to date, with employment and wages in AI-exposed sectors remaining resilient despite rising layoff announcements.

Discussions on AI often focus on the potential for new technologies to disrupt labor markets. Layoff announcements attributable to AI have picked up lately, and survey measures show concerns over job losses have increased.

Micro data suggest AI has begun to affect a narrow subset of jobs and industries. The unemployment rate for recent college graduates in AI-exposed fields have edged higher and employment has fallen sharply in some small sectors such as telephone call centers.

Despite the rapid pace of AI adoption, we see little evidence of a broad labor market impact.

Although more firms cite AI as a reason for shedding workers, layoff announcements have been relatively broad-based, not concentrated in AI-exposed sectors. Moreover, announcements are noisy and do not appear to be leading to realized job losses.

This suggests "AI-washing"—firms categorizing regular worker churn as AI impact. The Job Openings and Labor Turnover Survey (JOLTS) monthly reports by the U.S. Bureau of Labor Statistics shows layoffs are not particularly concentrated in the most AI-exposed sectors.

Firms can respond to AI adoption by slowing hiring, recruiting less intensely, or reducing wage growth. To date, the impact on broader labor data appears modest and uneven.

Overall, AI may be affecting labor demand at the margin, especially through postings and layoff announcements. But hard labor market data point to gradual reallocation, not mass displacement.

Some industries appear to be benefiting from the AI boom, with employment picking up in nonresidential construction (likely due to data center construction) and durable goods manufacturing.

Historically, technological advances have been positive for growth and labor markets. Rapid improvements in technology tend to raise demand, enable business creation, and generate new roles, helping expand employment over time.

History argues against persistent "technological unemployment." Despite concerns during the computer and internet age, realized employment ultimately came in well above projections, partly because forecasters overestimated automation's effects on worker demand and underestimated growth in computer-related employment. Superficially, AI appears to be well-suited to substitute for labor. However, we see reasons to expect the technology to remain a complement for existing workers. One important feature is AI’s jaggedness. AI can excel at several complex tasks, but still falls short on simple ones. R eliability remains a key concern, especially in view of the gap between benchmark performance and real world outcomes.

Forward-looking evidence points to augmentation rather than mass displacement. Regional Fed surveys suggest firms plan to increase AI investment but expect only modest impact on job creation.

Policymakers have generally been constructive on AI's longer-term labor market impact. With limited evidence of labor market damage so far, we expect officials to remain more focused on inflation risks than on downside risks from AI-driven unemployment.

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AI 分析
由 AI 依据上文研报生成 · 非原文直译、非机构原话 · 重要判断请核对官网原文
关键论点
  • 硬劳动力市场数据显示AI广泛破坏的证据很少,AI暴露行业的就业和薪资保持韧性。
  • 裁员公告分布广泛且噪音较大,并未导致实际失业,表明企业存在'AI洗白'行为。
  • AI可能在边际上通过职位发布和公告影响劳动力需求,但数据指向渐进式再配置而非大规模替代。
  • 历史上的技术进步对增长和劳动力市场具有积极影响,反对'技术性失业'持续存在的观点。
  • AI的锯齿状特征和可靠性问题表明它将补充而非替代劳动力。
风险
  • AI裁员公告可能升级并转化为实际失业,特别是在采用加速的情况下。
  • 'AI洗白'现象可能掩盖劳动力需求中更广泛的结构性转变,这些转变可能稍后显现。
  • AI的影响可能随时间集中在特定行业,导致局部失业率飙升。
  • 基准测试与现实世界结果之间的可靠性差距可能缩小,增加替代潜力。