坐电车更容易晕车？

Core Viewpoint - The article discusses the increased likelihood of motion sickness in electric vehicle (EV) passengers compared to traditional fuel vehicles, attributing this to the differences in vehicle dynamics and sensory feedback mechanisms [1][4]. Group 1: Causes of Motion Sickness in Electric Vehicles - Motion sickness, or motion sickness, occurs due to conflicting signals between the vestibular system and visual perception, leading to symptoms like dizziness and nausea [1]. - The instantaneous high torque characteristic of electric motors results in rapid changes in vehicle motion, which can overwhelm the vestibular system before the visual system can adjust, exacerbating discomfort [2][3]. - The absence of familiar engine noise in electric vehicles removes a key sensory cue that helps passengers gauge vehicle behavior, further complicating the coordination of sensory information [2][3]. Group 2: Individual Differences in Motion Sickness - Individual susceptibility to motion sickness varies significantly, influenced by factors such as vestibular system sensitivity, age, and physical condition [5]. - Children and the elderly are particularly vulnerable due to the developmental stage of their vestibular systems and the natural decline in function, respectively [5]. Group 3: Mitigation Strategies - Recommendations for reducing motion sickness include acupuncture to lower vestibular sensitivity, medication for prevention, and gradual acclimatization to electric vehicle dynamics [6]. - Technological advancements in electric vehicles could help minimize sensory conflicts by optimizing driving algorithms and implementing adaptive control systems to adjust vehicle behavior based on real-time data [6][7]. - Ongoing research aims to predict and mitigate motion sickness in electric vehicle passengers by analyzing physiological responses and adjusting vehicle systems accordingly [7].