DNA×DATA 未來譯世界

2040 DNA×DATA 未來譯世界 在不久的未來，影視作品、大數據或是人們日常使用的資訊量都已超過現今能負荷的儲存量時，儲存資料的地方會繼續停留在我們熟知的記憶體中，亦或是有更優解？ 在2022年，已有能力將數字數據編碼成DNA序列，封裝後可保存數百年甚至數千年，且有資料顯示，目前全世界的數據只需使用一公斤的DNA即可儲存。 我們試著將時間軸拉到2040年，想像世界已經將DNA資訊儲存視為日常的一部分時，科技研究、日常生活、資訊保存會以什麼樣的姿態出現？ 若將DNA作為資訊儲存的媒介，3C產品在外型與尺寸上會有很大的變化，它們或許將變得更小更輕便，而顯示方式也會跟著有不同發展；根據DNA儲存在低溫環境可延長壽命的特性，極地或深海會成為儲存資料的空間；體積小卻能儲存大量數據的DNA，對於只增不減的資訊量來說是一大解方。除了資訊儲存，我們也設想將DNA應用到生物科技上，想像不同特性的物質合成後，能出現一種新型態的材質。

2040 DNA×DATA Future Translation World In the near future, when the volume of movies, big data, or the amount of information people use on a daily basis exceeds what can be stored today, will the storage of data remain in the memory we know, or will there be a better solution? In 2022, there is the ability to encode digital data into DNA sequences that can be encapsulated and stored for hundreds or even thousands of years, and it has been shown that only one kilogram of DNA can be used to store the world's data today. Let's try to pull the timeline to 2040 and imagine what will happen to technological research, daily life, and information preservation when the world already considers DNA information storage as a part of daily life. If DNA is used as a medium for information storage, 3C products will change a lot in appearance and size, they may become smaller and lighter, and the display will develop differently. The DNA, which can store a large amount of data in a small volume, is a great solution for the increasing amount of information. In addition to information storage, we also envision the application of DNA to biotechnology, imagining that a new type of material can emerge after the synthesis of substances with different characteristics.

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