同理，量子理论中的“光或电子的波·粒二象性”也需要重新讨论。根据质能转

Similarly, quantum theory "light or electronic wave-particle duality" is also needed to be revisited. The mass-energy transformation equation E = mC ^ 2 shows that the left operand light wave (E); electronic nature of light is slight group, also belong to the left of the equal sign light waves. These tiny light group emitted light, followed by the instrument (=) or a measuring process, it may become be quantized electrons (m) and right-hand side electromagnetic wave (C).

同理，量子理论中的“光或电子的波·粒二象性”也需要重新讨论。根据质能转换方程式E=mC^2可知，等号左边是光波（E）；电子的本质是微小的光团，也属于等号左边的光波。这些微小光团发出的光，经仪器（=）测量或处理之后，才成为了等号右边的可被量子化的电子（m）和电磁波（C）。

Similarly, the "wave particle duality of light or electron" in quantum theory also needs to be discussed again. According to the mass energy conversion equation E = MC ^ 2, the left side of the equal sign is the light wave (E); the essence of the electron is a tiny light cluster, which also belongs to the light wave on the left side of the equal sign. The light emitted by these tiny light clusters, after being measured or processed by the instrument (=), becomes the quantized electron (m) and electromagnetic wave (c) on the right side of the equal sign.