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Quantum sensors in sports biomechanics in revolutionizing injury prevention

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Abstract

Wearable technologies are frequently mentioned as instruments that can make it possible to gather quantitative biomechanical data in the field invisibly, over long periods of time, and with few geographical restrictions. Despite frequent claims to the contrary, it appears that little effort is being made to ground these claims in the biomechanical research connecting wearable quantities to musculoskeletal injuries and to determining how ready these biomechanical approaches are for implementation in actual practise. Machine learning technology might aid in facilitating medical decision-making at both the clinical and diagnostic levels. The quantum sensor for sports biomechanics in injury prevention is the foundation of this survey. For example, one of the most important aspects of preventing and minimising damage in motion is the prediction of sports injuries. Current strategy is constrained by its failure to discover predictors despite extensive attempts to forecast sports injuries. Danger of harm to athletes must be taken into account while developing methods to prevent work-related accidents and lower associated risks. Indicators are being assessed in a variety of ways to determine injury risk factors.

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  1. Xi’an Peihua University, Xi’an, Shanxi, 710125, China

    Zhantao Zhang

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  1. Zhantao Zhang
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Z.Z.: Conceived and design the analysis, Writing- Original draft preparation, Collecting the Data, Contributed data and analysis stools, Performed and analysis, Wrote the Paper, Editing and Figure Design.

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Correspondence to Zhantao Zhang.

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Zhang, Z. Quantum sensors in sports biomechanics in revolutionizing injury prevention. Opt Quant Electron 56, 311 (2024). https://doi.org/10.1007/s11082-023-06017-8

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