摘要
真空中弥漫着一种基本粒子,我把它称为电磁力子,我本来想把它称为光子,但光子已被严格定义为光量子,其能量为hν。这种电磁力子是一粒一粒的基本粒子,打个比喻就像空气分子在我们周围一样。电磁力子是一切电磁现象的参与者,是电磁现象的根源。电磁力子是基本粒子,有确定的静止质量,只是现在的技术力量暂时无法精确测量,但是我们不能否认它的存在,我在正文中会列举一些间接的证据证明它的存在。既然我认为真空中弥漫着电磁力子,而且这些电磁力子高速自转,高速运动,频繁地进行相互激烈的碰撞,就像我们周围的空气分子一样,相互碰撞并交换动量和能量,需要指出的是电磁力子的自转角速度远高于我们常见的宏观物体。既然"真中"中充满着电磁力子,那么电磁波产生和传播机理就变得非常简单,电磁波的产生和传播就类似于空气中产生和传播声音一样,而不必用麦克斯韦方程组来解释,而且麦克斯韦方程组中用到一个位移电流假设,只要用上假设就存在很大的漏洞。电磁波的传播类似声波的传播,在这过程中,能量、动量、角动量,都因电磁力子间的碰撞而由近及远地传播,在这过程中都遵守能量守恒、动量守恒,角动量守恒定律。
The vacuum is filled with lot of elementary particle,I call it the electromagnetron,The electromagnetron is particle by particle,metaphorically speaking,like the air molecules around us.Electromagnetron is the participant of all electromagnetic phenomena and the root of electromagnetic phenomena.The electromagnetron is an elementary particle with a definite rest mass.However,it cannot be accurately measured by the current technical force,but we cannot deny its existence.I will enumerate some indirect evidence to prove its existence in the text.I think:the electromagnetrons are in high-speed rotation and high-speed movement in the vacuum,they are in fierce collision each other frequently,like the air molecules around us,collide with each other and exchange of momentum and energy,it should be pointed out that rotation velocity of the electromagnetron is much higher than our common macroscopic object.Since the vacumm is filled witch lot of electromagnetrons,propagtion mechanism of electromagnetic wave become very simple,propagation of electromagnetic wave is similar to the propagation of a coustic wave in the air,and don’t have to be explained by maxwell’s equations,and displacemont current hypothesis is used in maxwell’s equations,as long as use hypothesis there is a big loophole.The propagation of electromagnetic wave is similar to the propagation of sound wave.In this process,energy,momentum and angular momentum are all propagated from near to far due to the collision between electromagnetrons.In this process,the conservation of energy,momentum and angular momentum are all observed.
作者
黎汉强
Li Han qiang(Dongguang opon university,Dongguang Guangdong,523000)
出处
《电子测试》
2021年第23期127-130,共4页
Electronic Test
关键词
电磁力子
光子
电磁波
传播
碰撞
真空
动量
守恒
electromagnetron
photon
electromagnetic wave
propagation
collision
vacuum
momentum
conservation
