宇宙的真實本質: 光速 (The True Nature of the Universe: The Speed of Light)

相对论和量子力学是近代科学的二大支柱，包含许多奇特的现象，譬如：「光速相对于不同的参考系保持不变」和「量子纠缠」等等。为了探索宇宙的真实本质(The True Nature of the Universe)，我们反复的思考「洛兰兹变换」、「光都卜勒效应公式」和「相对速度公式」背后的意义。我们发现当我们量测物体的速度时，不论我们处于何种速度下，我们都只能量测到物体和我们的「相对速度」，量测不到物体和我们的「速度差」。这种现象正好与我们量测光速是类似的。当我们量测光速时，我们只能量测到光和我们的「相对速度」，量测不到光和我们的「速度差」。换句话说，「光速的量测」其实并没有比「物体速度的量测」更特别。我们的理论—玫羲理论 (Macy Theory) 说明了「光速相对于不同的参考系保持不变」并不是无法解释的现象，他是「时间膨胀」和「长度收缩」造成的结果。Relativity and Quantum Mechanics are the two major pillars of modern science, encompassing many peculiar phenomena such as the constancy of the speed of light across different reference frames and quantum entanglement, among others. To delve into the True Nature of the Universe, we repeatedly ponder the significance behind the Lorentz transformation, the Doppler effect for light, and the relativistic velocity. We have discovered that when measuring the velocity of an object, regardless of our own speed, we can only measure the relativistic velocity between the object and us, not the velocity difference. This phenomenon is similar to how we measure the speed of light. When measuring the speed of light, we can only measure the relativistic velocity between the light and us, not the velocity difference. In other words, the measurement of the speed of light is not more special than the measurement of an object's speed. Our theory, the Macy Theory, explains that the constancy of the speed of light across different reference frames is not an inexplicable phenomenon; it is the result of time dilation and length contraction.