未來，氣候變化預計將變得越來越嚴重，將影響一些地區，產生極端天氣。Singularity 2045旨在探索用於紡織品的智能材料的使用和對環境的潛在危害(例如高水平的太陽輻射/無色、無味的氣體)，為人類適應環境變化提供必要的信息。
Fang-Yi (Janie) Chu 使用智能材料製作印花紡織品和針織品，通過不同的色彩和表面設計，將環境的狀況可視化。(如強烈的紫外線、有害氣體)
當織物上的傳感器感知到一氧化碳等有害氣體時，這種信息可以與導電材料和變色染料結合使用，在一件原本全白的衣服上產生鮮艷的顏色同時，在晚上，由於白天吸收了足夠的光，可以自行發光來協助室外缺乏的光。
The future, climate change is expected to become increasingly severe, which will affect some regions and produce extreme weather. Singularity 2045 is designed to explore the use of intelligent materials for textiles and the potential hazards of the environment (such as high levels of solar radiation/colourless, odourless gases), visualizing the necessary information for humans to adapt to environmental changes.
Fang-Yi (Janie) used smart materials to create printed textiles & knitwear, which can visualise the environmental situation with different colours and surface designs. (e.g. intense Ultraviolet light, hazardous gases)
When sensors on the fabric sense a harmful gas such as carbon monoxide, this message can be used with a combination of conductive material and a colour changing dye to produce a vibrant colour on an otherwise all-white garment At the same time, at night, due to the day to absorb enough light, can be self-luminous to assist the lack of outdoor light.
Colour shifting
4D Printing sample
Singularity collection: 3D knitting, Printed Textiles, Smart materials
Photochromic Knitwear: detect the intensity of the ultraviolet light
在未來的25年里，氣候變化預計將進一步減少，這將影響極端天氣事件的頻率和強度。珍妮正在探索紡織品如何將潛在的危險信息傳遞給人類，比如高水平的太陽輻射和無色、無味的有害氣體。
展望被稱為「技術奇點」的2045年。智能材料將探測和可視化大氣中的潛在危險。這些紡織品將使未來的人類和太空旅行者能夠適應不同的環境，利用材料作為人類身體和環境之間交流的語言。
In the next 25 years, climate change is expected to decline further, impacting the frequency and intensity of extreme weather events. Janie is exploring the ways textiles can transmit potentially dangers information to humans, such as high levels of solar radiation and hazardous gases which are colourless, odourless and tasteless.
Looking forward to 2045, commonly known as the 'Singularity of Technology'. Smart materials will detect and visualise potential dangers in the atmosphere. These textiles will enable future humans and space travellers to adapt to a different situation, using materials as a language to communicate between the human body and their environment.
Front: Exclamation marks are used to emphasise warning sign
Back: it was inspired by Spacesuit inner garments
未來氣候變化預計將逐漸變得嚴峻，從而影響部分區域產生極端氣候
Janie Chu 認為 Singularity 2045 正是在探索如何使用智能材料運用於紡織品並能夠將環境中潛在的危險（如高強度太陽輻射/ 無色無味的有害氣體等），視覺化的呈現必要資訊給人類，使其能更加適應警戒環境變化。
當面料上的sensor感應到有害氣體， 如：一氧化碳時, 能夠將此消息藉由導電材料以及變色染料的搭配運用，將原本全白的服裝產生鮮明的顏色，同時在夜晚時，由於白天吸取了充足的光線，能夠自行發光以輔助戶外光源不足的情況。
E-Textiles Smart Collar with conductive materials
Janie Chu 朱芳儀
Royal College of Art 皇家藝術學院
Textiles Print紡織品-印花設計
個人郵箱 ：janiechufy@gmail.com
Instagram：@janiechufy
Janie Chu used smart materials to create printed textiles & knitwear, which can visualise the environmental situation with different colours and surface designs.
Janie Chu 朱芳儀 使用智能材料製作印花紡織品和針織品，通過不同的色彩和表面設計，將環境的狀況可視化。(如強烈的紫外線、有害氣體)
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