混沌摆作为典型的混沌系统，因其复杂而有趣的运动特性，一直是物理学、数学等领域的研究热点。 双杆带锤混沌摆相较于单摆等简单摆系统，具有更多的自由度和更复杂的动力学行为，能够更丰富地展现混沌现象。 通过对双杆带锤混沌摆进行数值模拟，可以深入探究其运动规律，揭示混沌系统的内在特性。 这不仅有助于加深对混沌理论的理解，还能为涉及混沌现象的实际应用提供理论依据，如混沌加密、混沌振动控制等领域

本模型为全网首创的将LED嵌入混沌摆结构中，然后再通过相机或手机的慢门摄影记录混沌摆的运动轨迹，形成丰富多彩的光绘摄影。混沌摆的随机性会导致不会出现两张一样的摄影作品（摄影时请固定手机，慢门最好在6秒以上）

模型需自备 608轴承（8*22*7MM） 至少5枚 直径7MM磁控灯（AG1磁控灯）至少3枚

本模型无需胶水，卡件安装

Double-Rod Weighted Chaotic Pendulum

Product Description

As a representative chaotic system, the chaotic pendulum has long been a key research focus in physics, mathematics and related fields due to its complex and fascinating motion characteristics. Compared with simple pendulum systems like the single pendulum, the double-rod weighted chaotic pendulum features more degrees of freedom and far more intricate dynamic behaviors, which can demonstrate chaotic phenomena in a much richer manner.

Numerical simulation of this double-rod weighted chaotic pendulum allows in-depth exploration of its motion laws and reveals the inherent properties of chaotic systems. This not only helps deepen the understanding of chaos theory, but also provides theoretical support for practical applications involving chaotic phenomena, including fields such as chaotic encryption and chaotic vibration control.

This model is the world's first design that embeds LEDs directly into the structure of the chaotic pendulum. You can use a camera or smartphone with slow shutter photography to record the motion trajectory of the pendulum, creating rich and colorful light trail photos. Thanks to the inherent randomness of chaotic motion, no two photos you capture will ever be identical. For best photography results, please fix your camera/smartphone in place and set the slow shutter speed to 6 seconds or longer.

Parts You Need to Prepare

• At least 5 pieces of 608 bearings (8227mm)
• At least 3 pieces of 7mm diameter magnetic control lights (AG1 magnetic lights)

Installation Instructions

No glue is required for this model. All parts can be securely assembled using the snap-fit design.