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Newton's First law and Maxwell's Discovery...
are incompatible, and can not co-exist.
James Clerk Maxwell believed electricity and magnitude we...
two peas of the same pod, he explained that both correspond with one other. He called this electromagnetism (actually Faraday did but whatever).
Fourth consequence
All of these say that nothing (no-thing) can ever move at the speed of light!
Quantum World Idea #1
Light comes in tiny bundles, or packets, or drops, or bursts, called quanta or photons. (E=Hf)
Quantum World Idea #6
Our existence depends directly on quantum theory. If electrons were smaller and specs they would fall into the nucleus and the world wouldn't exists. Universe lies between 0 and H. H = 6.626Ć10eā34 m^2 kg/s
Newton's First Law
rest feels like uniform motion, or, you can't tell you're moving (First Law)
Interesting Fact (Electron)
Not enough energy in the entire universe to make even one electron move at the speed of light!
Fifth consequence
Mass is frozen or crystalline energy!
Quantum World Idea #2
People don't notice idea #1, because H (photons) is so small.
Quantum World Idea #7
Quantum theory frees us from determinism and gives us free will.
Maxwell's Discovery
the speed of light is always constant (in any one medium)
First consequence
As you travel fast, time slows down! But the traveler would never notice
Sixth consequence
Finally, the proper way to add speeds is not simply as Newton said, but Relativistic Velocity Addition
Quantum World Idea #3
Electrons are 'big' waves the surround or envelop the nucleus
Einstein's photoelectric equation
won him the noble prize
What exactly is equivalence?
Equality between two kinds of maxes (inertial mass and gravitational mass)
Second consequence
As you travel fast, inertia increases! (The faster you go, the harder it is to go faster)
Mass, time, and space are all connected through the speed of light.
Idea #5
Quantum World Idea #4
All light in the universe comes from 'falling' electrons.
If an object ā a stone, or a turnip is thrown from a moving car, you add the object's speed to the car's speed
True
Who proved that electromagnetic waves traveled at the speed of light
James Clerk Maxwell
Third consequence
As you travel fast, distances shrink!
Mass, time, and space are all connected through the speed of light.
Idea #6
Quantum World Idea #5
There is no such thing as a definite, precise electron (or proton, neutron, or atom). (Heisenberg's Uncertainty Principle)
If light is coming from the moving car, you don't add the speed
True