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Number: 000222
Date: 2023.10.16
微生物溝通系統｜Microbial Communication System
Number: 000222
Date: 2023.10.16
作者｜王懷遠
創作團｜和碩聯合科技股份有限公司
該計畫試圖透過奈米機器人技術，組建一個與環境微生物的即時溝通系統，透過對環境微生物的週期、種類、數量等觀測，得知未來河川、湖泊等環境變化的趨勢與走向，並對於可能產生的污染與災害進行即時的預警。
奈米機器人對環境物種進行探測之後，也能通過手機ＡＰＰ即時顯示物種、讓民眾到大自然中休憩時，也能得到搜集微生物的趣味，縮短我們與微生物相互理解上的限制，以此提升群眾對環境、微觀物種的關注與意識，在遊戲中一起觀察環境的變化，並期望在雙向的對話中拉近人類與非人物種的距離。
創作團｜和碩聯合科技股份有限公司
該計畫試圖透過奈米機器人技術，組建一個與環境微生物的即時溝通系統，透過對環境微生物的週期、種類、數量等觀測，得知未來河川、湖泊等環境變化的趨勢與走向，並對於可能產生的污染與災害進行即時的預警。
奈米機器人對環境物種進行探測之後，也能通過手機ＡＰＰ即時顯示物種、讓民眾到大自然中休憩時，也能得到搜集微生物的趣味，縮短我們與微生物相互理解上的限制，以此提升群眾對環境、微觀物種的關注與意識，在遊戲中一起觀察環境的變化，並期望在雙向的對話中拉近人類與非人物種的距離。
Participant｜Mark
Creative teams｜PEGATRON
This project aims to establish a real-time communication system with environmental microorganisms through nanorobot technology. By obser ving the cycles, types, and quantities of environmental microorganisms, it aims to predict trends and de velopments in future changes in environments such as rivers and lakes. Additionally, it provides real-time warnings for potential pollution and disasters.
After detecting environmental species, nanorobots can also display species information instantly through a mobile app. This allows the public to engage in the fascinating task of collecting microorganisms while enjoying nature, thereby reducing the limitations in our mutual understanding with microorganisms. The goal is to enhance public awareness and interest in the environment and microscopic species, collectively obser ving environmental changes in a game -like context , and fostering closer interaction between humans and non-human species through two-way dialogue.
Creative teams｜PEGATRON
This project aims to establish a real-time communication system with environmental microorganisms through nanorobot technology. By obser ving the cycles, types, and quantities of environmental microorganisms, it aims to predict trends and de velopments in future changes in environments such as rivers and lakes. Additionally, it provides real-time warnings for potential pollution and disasters.
After detecting environmental species, nanorobots can also display species information instantly through a mobile app. This allows the public to engage in the fascinating task of collecting microorganisms while enjoying nature, thereby reducing the limitations in our mutual understanding with microorganisms. The goal is to enhance public awareness and interest in the environment and microscopic species, collectively obser ving environmental changes in a game -like context , and fostering closer interaction between humans and non-human species through two-way dialogue.
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