The Spectral Spectrum | How do 'Photons & Electromagnetic Waves' Work?

Description:

In this video, we cover the concepts of:

Electromagnetic “Radiation”
Oscillation and Frequency
The Discovery of Electromagnetic Radiation (Hertz' Radio Waves)
Black-Body Radiators
Planck's Law
“Wave-Particle” Duality
The “Electron Wave”

Sources:

Wikipedia
Google
Etc.

Videos:

Learn Engineering: Understanding Electromagnetic Radiation! | ICT #5

Music:

MoTeR – Homefinder

HOME - Twisted Light (Memorex Memories Remix)

Le Cassette - Radio (Silent Gloves Remix)

[EverydayEngineer]

The nature of the quantum level of physics is.... strange, isn't it? Let me know if you have any questions!

[moistmike]

It took a few amazing minds to bring us to where we are today. But history is full of many more amazingly canny, genius level people who could have figured out earlier the same things that later generations discovered. Their sin is that they lived at a time which could not - or would not - allow such discoveries to be made. Very strange how history plays out.

[amandeep]

Amazing video. Consider lowering the volume of background music. Otherwise perfect.

[DouwedeJong]

Great video. Uneven sound levels and music make listening strained.

[techondrugs]

You put an absolute banger in the backing track and expect me to learn physics?... I was dancing the whole time Bruh..

[connorwhyte]

i feel like you are such a good you tuber but hasn't blown up yet

[haddow]

I don't know if I'm just odd or something, but the cadence of the audio seemed off. Like it was rapidly cycling between slightly slower and faster pacing. Kind of like how old audio taps sounded if there was a wobble in one of the reels causing the speed of the tape feed to speed up and slow down slightly. Could be just me.

[nezir]

Great video, but the volume of the background music made it very difficult for me to focus on the material. I had to go back a few times to actually understand certain concepts. Thanks!

[williampollock]

These guys were who gave us everything we have today! We should be grateful!!!

[philippe]

Really well-done video, I imagine the amount of effort that had to go into this

[danr]

Background music is too loud and just too weird.

[j.maxwaddell]

Great easy to understand information. Fascinating how we can discover the created universe, both the seen and the unseen, through known laws and principles waiting for our finding. Thankful for men and women who dare to find the way our existence coincides with the creation around us.

[XC]

I like to watch Re-runs of The Munsters. The photons are real dusty at 1313 Mocking Bird Lane.

[godntmoonsa]

subscribed, hopefully this channel will grow better and larger soon :) keep it up

[BenetbenetLive]

Hell yeah, I found another great creator! Keep killing it my guy. These tune slap to hard 😀

[bethanienaylor]

Does light actually 'travel' or is it something else?

[dannync]

Interesting video. Pretty chill, I love that

[nemo]

5:45 animation similar to this is why there is so much misconception about the wave-particle duality theory. The particles in electromagnetic waves do not move by oscillating up and down. What would keep them from exiting the waveform's boundary at the crest and trough? The waveform is a visual representation of probabilities of finding the particle at a given point, but the particle is moving in a straight line at speed x. Compared to a higher energy particle, it is moving at a slower pace, so if one takes a snapshot at a given point in time the two particles will be further spaced apart. This is why gamma rays are portrayed with a very short wavelength and radio waves with very long wavelengths. The atoms emitting those radiations are oscillating at different speeds, and emitting particles at intervals. Add many of those particles together and you get a waveform distribution at any given time. What is oscillating is the atom that emits the radiation, not the radiation itself.

[aga]

Thank you! Great piece to get the overall understanding!

[aku]

4:33 very good illustration about antenna output the signal.