Physics World 09月25日
科学碰撞艺术:希格斯玻色子激发的新型玻璃艺术品
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伦敦艺术家Oksana Kondratyeva创作了一件名为“Discovery”的全新彩色玻璃艺术品,其灵感来源于2012年CERN大型强子对撞机(LHC)探测到希格斯玻色子。Kondratyeva拥有建筑学博士学位,并在瑞士Romont玻璃博物馆进行艺术家驻留,该作品目前正在那里展出。她参观LHC后表示,艺术品的核心圆形图案代表高能质子碰撞,周围的铅线描绘了粒子衰变轨迹,不同的曲线和直线象征着带电和中性粒子。艺术品通过色彩和光影的变化,试图表达宇宙的无形力量和物理定律的对称性,延续了玻璃艺术讲述故事的传统。

✨ 艺术创作灵感来源:艺术家Oksana Kondratyeva的“Discovery”艺术品,是受2012年CERN大型强子对撞机(LHC)发现希格斯玻色子的科学突破所启发。这件作品将前沿物理学的概念转化为视觉艺术,体现了科学与艺术的跨界融合。

🔬 艺术品的核心象征意义:“Discovery”艺术品的核心是一个几何精准的圆形,它代表着两个高能质子的碰撞,这是粒子物理学研究中的关键事件。围绕着的铅线则象征性地描绘了粒子衰变过程中沿着磁场轨迹的运动,其中不同方向的曲线和直线分别代表带正电、带负电以及中性粒子。

🌈 视觉表现与深层内涵:作品采用口吹闪色玻璃,创造出从中心炽热明亮到边缘逐渐冷却柔和的色彩渐变。Kondratyeva希望通过这种方式,利用玻璃、光线和色彩来表达宇宙中看不见的力量和精妙的对称性,这些物理学概念在艺术表达中也引发深刻共鸣。

📜 玻璃艺术的叙事传统:Kondratyeva指出,她的作品延续了彩色玻璃作为叙事媒介的悠久传统。艺术品试图反映自然的深刻对称性以及人类在混乱中寻找秩序的内在驱动力,将科学发现的宏大叙事与艺术的表达形式相结合。

London-based artist Oksana Kondratyeva has created a new stained-glass artwork – entitled Discovery – that is inspired by the detection of the Higgs boson at CERN’s Large Hadron Collider (LHC) in 2012.

Born in Ukraine, Kondratyeva has a PhD in the theory of architecture and has an artist residency at the Romont Glass Museum (Vitromusée Romont) in Switzerland, where Discovery is currently exhibited.

In 2023, Kondratyeva travelled to visit the LHC at CERN, which she notes represents “more than a laboratory [but] a gateway to the unknown”.

Discovery draws inspiration from the awe I felt standing at the frontier of human knowledge, where particles collide at unimaginable energies and new forms of matter are revealed,” Kondratyeva told Physics World.

Kondratyeva says that the focal point of the artwork – a circle structured with geometric precision – represents the collision of two high-energy protons.

The surrounding lead lines in the panel trace the trajectories of particle decays as they move through a magnetic field: right-curved lines represent positively charged particles, left-curved lines indicate negatively charged ones, while straight lines signify neutral particles unaffected by the magnetic field.

The geometric composition within the central circle reflects the hidden symmetries of physical laws – patterns that only emerge when studying the behaviour of particle interactions.

Kondratyeva says that the use of mouth-blown flashed glass adds further depth to the piece, with colours and subtle shades moving from hot and luminous at the centre to cooler, more subdued tones toward the edges.

“Through glass, light and colour I sought to express the invisible forces and delicate symmetries that define our universe – ideas born in the realm of physics, yet deeply resonant in artistic expression,” notes Kondratyeva. “The work also continues a long tradition of stained glass as a medium of storytelling, reflecting the deep symmetries of nature and the human drive to find order in chaos.”

In 2022, Kondratyeva teamed up with Rigetti Computing to create piece of art inspired by the packaging for a quantum chip. Entitled Per scientiam ad astra (through science to the stars), the artwork was displayed at the 2024 British Glass Biennale at the Ruskin Glass Centre in Stourbridge, UK.

The post Discovery of the Higgs boson at CERN inspires new stained-glass artwork appeared first on Physics World.

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希格斯玻色子 彩色玻璃艺术 Oksana Kondratyeva 科学与艺术 CERN Higgs Boson Stained Glass Art Science and Art
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