将以下文本翻译成英文，并尽量保留原文的表达方式和专业术语：近年来，随着对温度-变力-电传输综合模型研究的不断深入，以及量子点设备在各类先进传感和换能器应用中的潜力愈发显著，这一领域逐渐成为国际学术界的热点之一。这种跨学科的融合不仅极大地推动了基础科学研究，也为技术应用带来了革命性的变化。温度-变力-电传输模型涉及量子点的电荷输运过程，这些过程受到周边环境的影响，如温度、电压和机械力。这些外部影响可以改变量子点的能级结构，进而改变电荷输运的性质。因此，对这种模型的研究不仅具有重要的理论意义，而且有助于开发新型传感器和换能器，提升其性能。
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In recent years, with the deepening research on the comprehensive model of temperature-dependent force-electric transport, and the increasing potential of quantum dot devices in various advanced sensing and transducer applications, this field has gradually become one of the hotspots in the international academic community. This interdisciplinary integration not only significantly promotes fundamental scientific research but also brings revolutionary changes to technological applications. The temperature-dependent force-electric transport model involves the charge transport processes in quantum dots, which are influenced by the surrounding environment, such as temperature, voltage, and mechanical forces. These external influences can alter the energy level structure of quantum dots, thereby changing the nature of charge transport. Therefore, research on this model not only has significant theoretical implications but also aids in the development of new sensors and transducers, enhancing their performance.
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