Hunting_
2024-2025
Aluminum, copper wire, acrylic, wood, custom electronics, rock
Exhibited at RISD 2025 Grad Thesis Show
Hunting detects and points toward the strongest source of electromagnetic activity in its surroundings. It consists of a central rotating pointer and eight surrounding probes, each built with simple, low-tech antenna designs. These probes capture electromagnetic signals—carriers of communication networks, energy systems, and countless unseen infrastructures—and transmit the information to a central control unit.
Rather than providing precise measurement or scientific visualization, the device embraces a mode of perception that is vague, delayed, and sometimes disordered. It moves clumsily, hesitantly, and irregularly, attempting to find order within interference and noise. In doing so, it echoes the pervasive yet often unnoticed presence of electromagnetic fields that shape the conditions of contemporary life.
The act of pointing is an open-ended gesture for imagination, encouraging the audience to hunt the invisible layers of infrastructure embedded within the natural environment. It asks us to reconsider the spaces we inhabit as complex, dynamic fields, where technological systems have become a new layer of nature.
Hunting_
2024-2025
铝，铜线，亚克力，木头，自制电路板，石头
2025展于罗德岛会议中心，罗德岛研究生毕业展
Hunting_ 是一件面向空间体验的互动装置，旨在将环境中不可见的电磁信号转化为可被感知的空间信息，引导观众重新理解日常环境中的技术基础设施。
装置由中心指向装置与多个分布式探测单元构成，通过实时采集空间中的电磁强度数据，并驱动机械结构产生方向性反馈，在空间中形成动态的“指向关系”。观众在场域中移动时，能够通过装置的旋转、停顿与变化，感知不同区域中信号的差异，从而建立人与环境之间的感知连接。
在交互层面，系统并不追求精确的数据呈现，而是通过延迟、不稳定与非线性的反馈机制，构建一种具有不确定性的体验路径。这种设计将“测量工具”转化为“体验媒介”，使观众在探索过程中逐步意识到隐藏于空间中的信息网络。
该装置通过分布式布局与中心指向结构，建立清晰的空间层级与视觉焦点，同时引导观众在空间中形成自主探索路径。项目将抽象的电磁环境转译为空间叙事语言，使技术基础设施从背景信息转变为可参与、可体验的展示内容。