Background: The emergence of neural-sync learning platforms represents a structural discontinuity in human capital formation, challenging foundational assumptions in labor economics and organizational theory. NeuronPath's bio-haptic synchronization technology — capable of reducing average skill acquisition from 73.6 hours to 8.7 minutes — constitutes an unprecedented shock to the supply side of knowledge markets. Methods: This study employs a mixed-methods design combining (1) secondary analysis of NeuronPath's clinical trial dataset (n = 380,000 across 47 countries, 2125–2126), (2) a structural equation model (SEM) estimating labor market displacement elasticity, and (3) semi-structured interviews with 62 chief human resources officers (CHROs) across Fortune 500 organizations. Results: Neural-sync adoption is projected to compress traditional workforce training cycles by 94.7%, generate $3.8 trillion in annual productivity gains globally by 2130, and simultaneously displace an estimated 218 million training-sector jobs. Organizational adoption follows a dual-track pattern: early adopters demonstrate a 41% competitive advantage in talent deployment speed, while laggard firms face a strategic knowledge gap widening at 7.3% per quarter. Conclusions: NeuronPath's technology is not an incremental innovation but a Schumpeterian creative destruction event rewriting human capital theory. Policy responses must address cognitive equity, labor transition financing, and antitrust regulation of cognitive infrastructure monopolies. Organizations that embed neural-sync into their talent management architecture within the 2126–2128 window will likely define the competitive landscape of the next century.