西北大学科学家为超光电子装置制造生物兼容、节能电动材料。 Northwestern University scientists create biocompatible, energy-efficient electroactive material for ultralight electronic devices.

西北大学科学家从灵活的纳米丝带中创建了一种软的、可持续的电动材料,这种材料可以储存能量和记录数字信息,类似于电池。 Northwestern University scientists have created a soft, sustainable electroactive material from flexible nano-sized ribbons that can store energy and record digital information, similar to a battery. 这种生物兼容和节能材料可能导致超光电子装置,减少环境影响。 This biocompatible and energy-efficient material could lead to ultralight electronic devices, reducing environmental impact. 今后的应用包括微型记忆芯片、智能织物和医用植入器,加强可磨损技术和医疗装置。 Future applications include microscopic memory chips, smart fabrics, and medical implants, enhancing wearable technology and medical devices.