Hello, my name is Typhoon and today we are embarking on a journey to unravel the captivating world
of XOR logic.
This is a concept that adds a touch too much to the realm of computers.
So a picture, a real tickle gate that requires not one but two unique keys unlock its secrets.
That's the essence of logic.
So get ready to delve into the inner workings of this logic gate and discover its remarkable role in
the world of computing.
So imagine X or logic as a magical gatekeeper that guards a hidden treasure room.
So this gate has two key holes.
Right.
So each here designed for a different key.
So let's write it.
This has the two key holes.
Let's.
In front color and as I said, each designed for a different key.
So, for example, a purple key.
This is the this represents the zero and the gold or actually blue key represents the one.
So to open the gate, you must insert the purple key into one keyhole.
And this blue key.
Entered the other, though only when this unique combination is met.
So will the gate swing open revealing treasure within?
So if you try to insert two silver keys or two gold keys, the gate remains fairly fastly locked, sealing
its riches.
So.
In the realm of computers.
XOR logic acts as a digital detective that poses a specific question Are these two things different?
If the answer is yes, then it signifies that the two things are indeed distinct.
The answer is no.
Then the two things are the same.
So XOR logic empowers computers to make decisions based on whatever the inputs provided are mutually
exclusive from each other.
So imagine you have a pair of enhancing light switches.
In this case, let's actually write it.
The switch A and switch B.
Each capable of illuminating a room here.
Let's also draw the house here.
So only if one of them enhancing light switches is on while the other is off.
So if a switch A is shining brightly, in this case it is one.
And switch P is in darkness.
In this case, it's zero.
Or switch A is dimmed zero.
And switch B is glowing one.
The master switch turns on.
However, if both switch A and switch B, share the same state, for example, both sharing a one year.
Or both.
Sharing zeros.
The master switch remains off.
Right.
So it will be off in this state.
So if both of these are.
Equal to same.
The master switch remains off.
So consider mystical treasure chest guarded by a potent spell.
To unlock this chest, you require two remarkable crystals.
Crystal.
A.
And crystal B.
As you place these radiant crystals on their designated pedestals, the chest springs open only when
a crystal, a immense, a luminous glow.
In this case, the crystal A will mount one, and crystal B remains in its natural state.
Zero or when a crystal A actually let's actually use different colors for this so or a crystal here
one as I said the.
Kristel a emits a luminous glow in this case one and Kristel B remains in its natural state.
Zero.
Or when a crystal A rests calmly like zero and crystal B radiates its brilliance.
And in this case, our treasure box will be open.
So, yes, if both crystals share the same radiance or lack of the chest remains secretly locked, safeguarding
its content.
So in this case, if this is the.
One here, one 1 or 0 zero.
Then our chest will be locked and will not open in this case.
And and or Logic finds its applications in an array of computer operations, such as ensuring the accuracy
of data transmission and fortifying digital security through the cryptography, just like the intricate
dance of is needed to unlock our mystical gate.
So the XOR logic ensures specific conditions are met before granting access to valuable data.
Formation.
So there you have it, a comprehensive exploration of XOR logic.
This is a captivating concept that infuses a sense of mystery to the world of computing.
So think of it as puzzle, requiring the perfect pair of keys to unlock a hidden treasure.
As you continue to venture forth, remember that XOR logic enables computers to make decisions based
on the exclusive nature of two inputs.
So keep your curiosity alive as your journey deeper into the enigmatic realm of logic.
The ever evolving landscape of.
And I'm waiting you in next lecture.