穿上机械外骨骼，能变“超人”吗（唠“科”·科幻里的科学）

Core Insights - The article discusses the evolution and application of exoskeleton technology in military, industrial, and medical rehabilitation fields, highlighting its potential to enhance human capabilities and improve quality of life [1][3]. Group 1: Exoskeleton Applications - Exoskeletons are being utilized as "super add-ons" for workers, "weight-bearing tools" for soldiers, and rehabilitation aids for patients with mobility impairments [1]. - The technology aims to provide precise assistance by predicting user movements and adjusting support accordingly [1]. Group 2: Technical Challenges - Current exoskeletons often have rigid frameworks that are heavy and not adaptable to individual body parameters, leading to discomfort during prolonged use [2]. - There is a need for seamless integration with human movement, particularly during complex tasks like running or jumping, which current models struggle to achieve [2]. - Battery life and energy density remain significant challenges that hinder the widespread adoption of exoskeletons [2]. Group 3: Future Developments - Advances in material science are leading to lighter and more comfortable exoskeletons, while AI models are enabling personalized assistance based on user needs [3]. - As manufacturing costs decrease, exoskeletons are expected to transition from high-end medical and military products to everyday aids for the elderly and other groups [3]. - The technology is anticipated to expand into complex environments such as space exploration and disaster rescue, enhancing human capabilities further [3].