Recent advances in materials chemistry establish the foundations for unusual classes of electronic systems, characterized by their ability to fully or partially dissolve, disintegrate, or otherwise physically or chemically decompose in a controlled fashion after some defined period of stable operation. Such types of “transient” technologies may enable consumer gadgets that minimize waste streams associated with disposal, implantable sensors that disappear harmlessly in the body, and hardware-secure platforms that prevent unwanted recovery of sensitive data. This second area of opportunity, sometimes referred to as bioresorbable electronics, is of particular interest due to its ability to provide diagnostic or therapeutic function in a manner that can enhance or monitor transient biological processes, such as wound healing, while bypassing risks associated with extended device load on the body or with secondary surgical procedures for removal.

中文翻译：

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生物可吸收电子的先进材料和设备

材料化学的最新进展为异常类型的电子系统奠定了基础，其特征是在一定的稳定运行时间后，它们以受控的方式完全或部分溶解，分解或物理或化学分解的能力。这种类型的“瞬态”技术可以使消费电子产品减少与处置相关的废物流，在体内无害消失的可植入传感器，以及防止敏感数据意外恢复的硬件安全平台。第二个机会领域有时称为生物可吸收电子设备，由于它具有以增强或监视瞬时生物过程（例如伤口愈合，