Before starting with quantum computing, one needs to learn the basics of quantum mechanics and mathematics
required to understand this field in depth.
So in this section, as well as in this entire Padawan course, we will build the foundations to learn
quantum computing.
The way Sir Isaac Newton and his theories has the importance in classical mechanics.
In the same way it owns Grangers theories has the same importance.
In quantum physics, and this is a very famous quote from him.
In the classical world.
Any classical phenomenon.
Can be explained by either classical mechanics, power dynamics or electromagnetism.
But.
Classical physics failed to explain certain characteristics of major.
What are these characteristics?
One is very high velocity.
And when I say very high, it is around 10 to eight meters per second.
And another characteristic is to explain the subatomic level details of particles like electron, proton
and neutron.
Very high velocity problem statement was being addressed by the famous Einstein's theory of relativity
that is is equal to empty square.
And subatomic level details was explained by scrutineers equation, which is one of the most important
equation in quantum physics.
Cool.
So don't worry, folks, if you don't remember these equations, all prerequisites will be taken care
of.
Yeah, so be rest assured that if you don't remember these equations or the mathematics within it,
we will cover in depth before we get our hands dirty on quantum computing.
Josh?