EM Radiation and It's Origin (Maxwell's Equations EXPLAINED)

Electricity and magnetism is a unitary phenomenon which results in the formation of electromagnetic waves. In this video, how Maxwell's Equations had been derived is explained.
- Contents of the Video -
00:26 Intro
00:47 Coulomb's Law
01:03 Ampere's Law
01:47 Faraday's Law
02:26 Magnetic Monopoles
03:05 The Incomplete Version of Maxwell's Equations
05:35 Maxwell's Intelligence
06:56 The Formation of EM Waves
09:12 Experimental Demonstration
09:37 End
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[@nachosncheez2492]

more introduction videos, starting Electrical engineering, in the fall want an idea of what i'm getting myself into.

[@dimar4u]

...i do not follow the written path, as i am ignorant, however, your explanation, i can follow. thank you. you mentioned that any circuit, i assumed "energized" circuit was implied, is, also, an antenna. might that also apply to the electrical events occurring in our neurosynaptic expressions?

[@electrotg]

Thank you so much for your kind comment :)) Yes, you are right (except the circuits energized by a battery in that case the circuit would just be an electromagnet with constant north and south pole and would not be an antenna and radiate. Electricity must fluctuate for radiation to occur.) And your question is very exciting and interesting and yes, it applies to our neural system too but if I am not wrong, sadly, the neurons don't have enough energy to generate EM waves that can even reach to the nearest neuron. The EM waves our brain generates probably are not able to pass through our skulp and not detectable. Typically, EEG (Electroencephalogram) devices are used to read our brain waves via electrodes directly connected to our heads. They read those electrical events occuring in our neural system rather than electromagnetic waves (And believe me building an EEG device is an extremely challenging task). Hope this explanation helps :)