标题： 自然仿像：基于代理的模拟和脑类器官集体智能生成的生态系统 显示英文标题

标题： Simulacra Naturae: Generative Ecosystem driven by Agent-Based Simulations and Brain Organoid Collective Intelligence

摘要： 模拟自然是一种数据驱动的媒体装置，通过生物计算、材料生态和生成系统的纠缠来探索集体关怀。 该作品将脑类器官（实验室培育的三维神经元簇）预先录制的神经活动转化为由生成视觉、空间音频、活体植物和人造陶土工艺品组成的多感官环境。 这些生物信号通过实时系统传输，调节受自然系统（如白蚁群落和黏菌）启发的新兴代理行为。 Simulacra Naturae 不是将生物信号作为直接控制输入，而是将类器官活动视为一种共同创造的力量，让神经节律引导生成生态系统的生长、形态和氛围。 该装置包含嵌入电磁阀的计算制造陶土印刷品，为生成环绕声景增添物理声音共振。 充满活体热带植物的空间环境，以及展示实时生成AI视觉效果的地面投影层，邀请参与者进入由非人类认知塑造的感官领域。 通过将抽象数据置于活体材料和具身体验中，Simulacra Naturae 重新构想了可视化作为一种关怀实践，这种实践去中心化了人类能动性，并在混合计算系统中开辟了新的伦理、共情和生态协调空间。 显示英文摘要

摘要： Simulacra Naturae is a data-driven media installation that explores collective care through the entanglement of biological computation, material ecologies, and generative systems. The work translates pre-recorded neural activity from brain organoids, lab-grown three-dimensional clusters of neurons, into a multi-sensory environment composed of generative visuals, spatial audio, living plants, and fabricated clay artifacts. These biosignals, streamed through a real-time system, modulate emergent agent behaviors inspired by natural systems such as termite colonies and slime molds. Rather than using biosignals as direct control inputs, Simulacra Naturae treats organoid activity as a co-creative force, allowing neural rhythms to guide the growth, form, and atmosphere of a generative ecosystem. The installation features computationally fabricated clay prints embedded with solenoids, adding physical sound resonances to the generative surround composition. The spatial environment, filled with live tropical plants and a floor-level projection layer featuring real-time generative AI visuals, invites participants into a sensory field shaped by nonhuman cognition. By grounding abstract data in living materials and embodied experience, Simulacra Naturae reimagines visualization as a practice of care, one that decentralizes human agency and opens new spaces for ethics, empathy, and ecological attunement within hybrid computational systems.