Where experiences, discoveries and creative journeys meet

Adelina 艾德琳

Life-sized, naturalistic camel engraving documented at Jebel Misma by Dr. Maria Guagnin, Archeologist, UK

镌刻沙漠:史前岩刻中的水路密码

Self portrait, Image credit: Dr. Maria Guagnin 一万两千年前的130幅巨型岩刻,揭示阿拉伯古老路径与生命之源 在阿拉伯半岛北部的内夫得沙漠南缘,130幅与实物等大的岩刻重见天日。它们高悬在峭壁之上,最长达三米,生动刻画着雄骆驼、北山羊、非洲野驴与原牛,整体宛若一张镶嵌在岩石上的远古地图,指引着水潭、古湖与山口的方位。 Drone photo of Jebel Misma, with icons indicating the locations of life-sized engravings, Image credit: Dr. Maria Guagnin 这项发现由Maria Guagnin博士领导的“绿色阿拉伯项目”国际团队完成,与沙特文化遗产委员会合作,研究成果于2025年9月发表在《自然通讯》。团队在Jebel Arnaan、Jebel Mleiha和Jebel Misma三处遗址共记录了62块岩板、176处雕刻,年代介于12,800年至11,400年前。我们近日有幸与Guagnin博士长谈,她以科学家的冷静与探险者的热情,讲述了这场跨越万年的发现与它所揭示的生命记忆。 随着末次冰期的干旱终于消退,季节性水源重现生机,人类得以深入这片荒原。Guagnin博士指出,这些岩刻分布在山谷最显眼的位置,既是通行权的象征,也是一种文化身份的刻印。项目共同负责人Michael Petraglia教授则认为,这一发现填补了冰期之后至全新世初期的考古空白,揭示了早期人类非凡的韧性与创造力。 Shows a drone photo of the rock art at Jebel Arnaan, with icons indicating the locations of panels along a path […]

镌刻沙漠:史前岩刻中的水路密码 Read More »

Life-sized, naturalistic camel engraving documented at Jebel Misma by Dr. Maria Guagnin, Archeologist, UK

Marking the Desert: The Water and Wayfinding Codes of Prehistoric Arabia

Self portrait, Image credit: Dr. Maria Guagnin 130 Gigantic Rock Carvings from 12,000 Years Ago Unveil Ancient Arabian Routes and the Sources of Life Along the southern edge of the Nefud Desert in northern Arabia, 130 life-sized rock carvings have emerged from obscurity. Suspended high on cliff faces, some stretching three meters in length, they

Marking the Desert: The Water and Wayfinding Codes of Prehistoric Arabia Read More »

© Adobe Stock / ID 412938014 — 3D render of metallic fractal spiral with turbine-like geometry.

分形结构中的量子囚禁:连接自然几何与量子技术

Self portrait, Image credit: Dr. Biplab Pal 那加兰大学研究人员展示分形几何中的电子控制,使该机构跻身全球量子研究版图 编者按: 本文基于 Our Narratives 对 Biplab Pal 博士的采访。 印度那加兰大学(Nagaland University,中央直属大学)的一项新研究,使其在全球量子研究版图上占据一席之地。物理系助理教授 Biplab Pal 博士的研究工作首次登上德国 Wiley VCH 出版的国际同行评议期刊《Physica Status Solidi (RRL) – Rapid Research Letters》的封面,对该大学而言堪称一座里程碑。 在我们的采访中,Pal 博士解释了他的模型如何将分形(在雪花、树枝、河流网络和神经元中常见的自相似重复模式)引入量子世界。若将分形几何结构置于均匀磁场下,便会表现出不寻常的电子行为,其中最引人注目的是阿哈罗诺夫–玻姆囚禁效应(Aharonov–Bohm caging):当磁场强度精确调整至半个磁通量子时,电子会被有效地“困住”而无法传播。 他对能谱和电导的详细分析证实了一种清晰的开关控制机制,不仅可为未来量子算法和量子网络提供重要参考,也将有力支持印度国家量子使命的目标。 Image Credit: © Adobe Stock / ID 472052936 Close-up of leaf texture revealing nature’s fractal geometry and self-similar patterns. 为什么选择分形

分形结构中的量子囚禁:连接自然几何与量子技术 Read More »

Steel columns expand into a vaulted roof at the Techo International Airport. The structural "trees" branch upward to support the modular canopy, which extends beyond the terminal to shade arrival areas and reduce heat gain in the tropical climate. Photography by Nigel Young.

柬埔寨Techo国际机场启用:植根于可持续性与文化遗产的新门户

Foster + Partners完成23.55万平方米航站楼,将柬埔寨文化遗产与被动式冷却和自然采光策略相结合 金边最新地标已正式启用,宣告柬埔寨进入一个新时代。德崇国际机场(Techo International Airport),这座由享誉世界的英国建筑事务所Foster + Partners打造的杰作,不仅标志着国家基础设施建设的关键时刻,更重新定义了东南亚可持续机场设计的新范式。机场坐落于首都以南20公里处,其航站楼超越了单纯的交通枢纽功能;它以精雕细琢的姿态,回应着柬埔寨的热带气候、丰富的文化遗产以及对未来的宏伟愿景。 Steel columns expand into a vaulted roof at the Techo International Airport. The structural “trees” branch upward to support the modular canopy, which extends beyond the terminal to shade arrival areas and reduce heat gain in the tropical climate. Photography by Nigel Young. 因地制宜,气候启迪:一种设计哲学 航站楼建筑由一座中央主楼和两座翼型候机廊房优雅构成。首期工程,包括主楼和北候机廊房,已于2024年9月迎来首批旅客,南候机廊房预计将于2030年竣工。机场总占地24平方公里,航站楼面积达23.55万平方米,旨在巧妙容纳不断增长的客流量,同时保持与自然环境的紧密连接。 建筑核心是一座引人注目的三维钢网格壳结构,由Foster +

柬埔寨Techo国际机场启用:植根于可持续性与文化遗产的新门户 Read More »

Steel columns expand into a vaulted roof at the Techo International Airport. The structural "trees" branch upward to support the modular canopy, which extends beyond the terminal to shade arrival areas and reduce heat gain in the tropical climate. Photography by Nigel Young.

Techo International Airport Opens in Cambodia: A New Gateway Rooted in Sustainability and Cultural Heritage

Foster + Partners completes 235,500-square-meter terminal that combines Cambodian cultural heritage with passive cooling and natural daylight strategies Phnom Penh’s newest landmark has officially opened its doors, heralding a new era for Cambodia. Techo International Airport, a masterpiece by the acclaimed British architectural studio Foster + Partners, signifies a pivotal moment for the nation’s infrastructure

Techo International Airport Opens in Cambodia: A New Gateway Rooted in Sustainability and Cultural Heritage Read More »

Boiling Point(沸点):源于水泡灵感的可复用包装

Self portrait. Image credit: Inna-Efimova Inna Efimova的环保意识设计,将日常汤料容器转变为可持续的雕塑般物品 当今世界日益关注减少浪费和拥抱循环经济,包装设计的发展早已超越了单纯的功能性。Boiling Point(沸点),一个由西班牙艺术总监兼设计师Inna Efimova提出的创新概念,正是此种转变的例证。该项目由Vladimir Kuznetsov负责3D视觉呈现,从水达到沸点时的动态瞬间汲取灵感,重新构想了汤料包的食品容器。最终的成果是一系列可回收的环保塑料容器,它们融合了生态责任、材料效率,以及植根于自然有机形态的鲜明视觉形象。 Organic shapes emphasize imperfection as an aesthetic value | Design by Inna Efimova, 3D visuals by Vladimir Kuznetsov 从厨房观察到设计突破 Efimova的创作之旅始于她自己的厨房。”我个人经常使用汤料包,会把它们添加到菜肴中,或作为独立的一餐享用,”她在一次独家问答中解释道。有一天,烹饪时,她注意到谷物与上升的气泡如何相互作用,形成了复杂而流动的形状。如此日常的现象激发了她的概念。Efimova最初设想的是完美的球体,但通过开水实验她改进了想法,意识到气泡很少是均匀一致。”它通常是流动的、有机的、不规则的,”她指出。此洞察促使了容器气泡几何形态的诞生,将不完美升华为一种美学优势。 该设计将水的转化能量融入实用的包装中。不规则的、受气泡启发的表面创造了一种触觉体验和独特的品牌语言,使容器在货架上脱颖而出。Boiling Point完全由轻质、耐用的可回收环保塑料制成,与传统塑料相比,最大限度地减少了对环境的影响。它的模块化特性促进了重复使用:享用完汤料后,用户可以重新装入谷物、豆类或扁豆等干燥物品,从而延长产品生命周期,并与循环经济原则保持一致。 Boiling Point by Inna Efimova | Visualization by Vladimir Kuznetsov 巧妙的设计促进正念消费 透明度是Boiling Point魅力的核心。一个清晰的”沸点”窗口展示了内部的成分,通过鼓励明智的选择来培养消费者意识并减少不必要的浪费。容器提供三种灵活的尺寸(300克、150克和75克),满足不同的家庭需求,进一步防止食物过度使用。初始系列包括精心策划的汤料包:干小麦与扁豆、豆类扁豆与米饭、以及大米与胡萝卜。 Efimova希望通过深思熟虑的设计来构想行为的改变。”为鼓励重复使用,包装采用了耐用、安全的材料,兼具吸引人的美感和便捷的形态:它易于打开、清洁无忧、标签也易于去除,”她说。为衡量成效,她计划与零售商和可持续发展平台合作,追踪产品生命周期、监控重复购买率,并评估用户对重复使用相关信息的参与度。 Packaging made entirely from recyclable eco-plastic | Design

Boiling Point(沸点):源于水泡灵感的可复用包装 Read More »

Visualizing the intersection of cellular biology and artificial intelligence. Cell2Sentence Scale 27B leverages large language models to decode complex cellular interactions and accelerate therapeutic research. Powered by Gemma.

从模型到实验室:谷歌在癌症领域的发现

A comparative visualization of distinct immune microenvironments. The cool blue tones represent immune-context-neutral states, while warm orange-red tones illustrate immune-context-positive environments with active immune cell presence and signaling. This framework helps Cell2Sentence Scale 27B understand and predict therapeutic responses across different immune landscapes. Image credit: Google AI Blog Source: How Gemma AI is advancing cancer

从模型到实验室:谷歌在癌症领域的发现 Read More »

Visualizing the intersection of cellular biology and artificial intelligence. Cell2Sentence Scale 27B leverages large language models to decode complex cellular interactions and accelerate therapeutic research. Powered by Gemma.

From Model to Lab: Google’s Cancer Finding

A comparative visualization of distinct immune microenvironments. The cool blue tones represent immune-context-neutral states, while warm orange-red tones illustrate immune-context-positive environments with active immune cell presence and signaling. This framework helps Cell2Sentence Scale 27B understand and predict therapeutic responses across different immune landscapes. Image credit: Google AI Blog Source: How Gemma AI is advancing cancer

From Model to Lab: Google’s Cancer Finding Read More »