#electromagnetics

Synthetic AC is a model that proposes a new way of understanding pulsed electrical systems through the lens of field interaction and cavitation dynamics. In this presentation, The Benefactor explores how

This demonstration explores the frontier of self-sustaining energy systems by combining John Bedini’s battery conditioning methods with my own synthetic AC model. By using a buck-boost converter to feed

Synthetic AC is a model that proposes a new way of understanding pulsed electrical systems through the lens of field interaction and cavitation dynamics. In this presentation, The Benefactor explores how

John Hutchison crystal converter

I am interested in the opinions, knowledge or understanding people have about phone choices.

I have a friend that was raised as a "young earth creationist". To her credit, she has shrugged off that indoctrination, and is struggling (with some success!) to gain some understanding of how

无线通信的时代始于两名欧洲的科学家詹姆斯·克拉克·麦克斯韦和海因里希·鲁道夫·赫兹的发现。

电磁辐射按照频率分类， 从低频率到高频率， 包括有无线电波、 微波、 红外线、 可见光、 紫外光、 X-射线和伽马射线等等。 人眼可接收到的电磁辐射，波长大约在380至780纳米之间， 称为可见光。可以根据功能对其进行分类，不同的波长对应着我们周围不同的电磁现象，频率很低的时候，波长相对比较长，对应的物体也是一个比较大的物体。随着频率的升高，我们周围的物体能够观测到的物体也越来越小。能够看到的东西也越来越精细。

了解那些和电磁有关，逐步体会身边的电磁现象 电磁波和什么有关 阳光 阳光实际上含有非常丰富的电磁波波谱。 闪电 闪电发生的时候，向周围辐射了非常宽范围的电磁波波谱。 手机信号 要完成手机正常的通信，必然也包含了电磁波的支持。 电脑辐射 电磁辐射给我们带来了各种各样的方便，同时也会给我们人体带来有害的作用。比如说，操作电脑的时候，电脑的屏幕就会辐射电磁波。电磁波照射如果超过一定的剂量，对我们的生活也是有害的。

Good day! Last evening, I stayed up a bit late folding clothes....and my favorite broadcasts are Francis Chan's YouTube channel and the Hagmann and Hagmann Show (which - YAY - is going from one to three