We can use this material to gain knowledge of the antenna and the antenna market. This material also mentions the real protagonist behind this: mathematics. As we know, the wireless industry has been studying how to make smaller and more powerful antennas with fewer dead spots while improving transmission speed. However, the industry is also aware of visual pollution and the increasing awareness of customers of the imminent risks from radiation. Therefore, how to solve these problems has become an increasingly important issue. Then, the Superformula, or math, is here to help. Just like what the inventor of the Superformula said, the formula can be used to describe many complex shapes and curves that are found in nature, which solved the ted symmetry of super ellipses and super circles. Besides, the problem of the antenna industry has been solved by this formula. Without mentioning other examples, we could easily have acknowledged the significance of mathematics. In fact, many ingenious inventions and designs in the world, both ancient time and modern time are driven by mathematics. In all, after reading the material, we hope that you would be convinced by the mathematics.
我们可以利用这份材料来了解天线和天线市场的知识。这份材料还提到了背后的真正主角：数学。众所周知，无线电行业一直在研究如何制造更小、更强大、死角更少且提高传输速度的天线。然而，该行业也意识到视觉污染以及客户对辐射潜在风险的不断增加的意识。因此，如何解决这些问题已成为一个日益重要的问题。这时候，超级公式，或者说数学，就派上了用场。就像超级公式的发明者所说，这个公式可以描述自然界中许多复杂的形状和曲线，它解决了超椭圆和超圆的对称性问题。另外，这个公式也解决了天线行业所面临的问题。不用提其他例子，我们很容易就能认识到数学的重要性。事实上，世界上许多巧妙的发明和设计，无论是古代还是现代，都受到了数学的推动。总而言之，在阅读完这份材料后，我们希望您会被数学所说服。
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