AI芯視界

Chat YouTube:
一組研究人員開發出一種可充電電池，它由可食用物質製成，可以在胃中安全溶解。該電池能夠為可食用電路和傳感器等小型設備供電，以監測健康狀況和食物儲存條件。它足夠安全，可用於兒童玩具，由多種可食用成分製成，包括核黃素、槲皮素、紫菜和活性炭。


Q:可食用電池有哪些潛在應用？
Chat YouTube:
可食用電池在醫療設備中具有潛在應用，例如用於掃描和食品質量監測的設備。 它可以為微型電子設備和設備供電，從可監測健康狀況的食用電路和傳感器到監測食品儲存條件的傳感器。 此外，它足夠安全，可用於兒童玩具。


Q:電池在體內可以充電嗎？
Chat YouTube:
電池需要在體外充電，這意味著它不能在體內充電。


Q:在這種電池中使用可食用物質如何幫助創造一個更可持續的未來？
Chat YouTube:
在這種電池中使用可食用物質有助於以多種方式創造更可持續的未來。 由於電池由可食用物質製成，它可以安全地溶解在胃中，無需丟棄，這有助於減少電子垃圾。 此外，可食用物質的使用減少了電池製造對環境的影響，因為電池中使用的成分來自可再生資源。 使用安全和可食用的材料也意味著電池可以用於兒童玩具。 最後，使用可食用物質開發電池可以激發其他科學家創造與可持續未來相關的更安全電池。


:00 A new rechargeable battery has been developed that is made from 0:03 fully edible substances and can dissolve safely in the stomach. 0:08 The battery can power tiny electronics and devices, ranging from edible circuits and 0:13 sensors that can monitor health conditions to sensors for monitoring food storage 0:18 conditions. It is also safe enough to be used in children's toys. The battery is made from 0:24 various ingredients, including riboflavin for the anode, quercetin for the cathode, 0:30 nori for the separator, and activated charcoal for increased electrical conductivity. 0:36 Although the battery needs to be outside the body to be recharged, 0:39 it maintains its charge well over dozens of cycles. 0:43 The prototype is around a square centimeter, but the team is already working on making it smaller. 0:49 The battery has potential applications in medical devices, such as those used 0:54 for scans and food quality monitoring. While it won't power electric cars, the battery's 0:59 development inspires other scientists to build safer batteries for a sustainable future.