康奈尔研究者创造了有史以来最黑暗的织物,利用鸟类启发的纳米纤维,反映了0.13%的光线。 Cornell researchers created the darkest fabric ever, reflecting 0.13% of light, using bird-inspired nanofibers.

康奈尔大学的研究人员 开发了有史以来最黑暗的织物, 仅反映0.13%的光线, 受猎枪鸟羽毛的启发。 Researchers at Cornell University have developed the darkest fabric ever made, reflecting just 0.13% of light, inspired by riflebird feathers. 该小组利用聚多巴胺染色和等离子蚀刻来制造轻压纳米纤维纤维,制作了一种可磨损、可缩放的材料,在120度角上保持超黑色。 Using polydopamine dye and plasma etching to create light-trapping nanofibrils, the team produced a wearable, scalable material that stays ultrablack across a 120-degree angle. 织物在羊毛、丝绸和棉花上有效,可以改善太阳能吸收,使先进的伪装和先进的时装设计成为可能。 The fabric, effective on wool, silk, and cotton, could improve solar energy absorption, enable advanced camouflage, and advance fashion design. 由助理教授Larissa Shepherd牵头, 团队已申请临时专利, 并透过康奈尔创新计划进行商业化。 Led by Assistant Professor Larissa Shepherd, the team has applied for a provisional patent and is pursuing commercialization through Cornell’s innovation programs.