Hello, my name is Typhoon, and in this lecture we are about to uncover the intriguing world of knot
logic.
This is a fascinating concept that is simpler than you might think.
So imagine having it this magical mirror that shows the opposite of whatever you put in front of it.
So buckle up as we embark on a journey to demystify this concept and understand how it works.
So think of this knot here.
Let's get it down.
Knot.
So think of this logic as a pair of glasses that you can wear to see things from a different perspective.
Just like the glasses transform colors and shapes, so not logic transforms whether something is true
or false.
So it's like a spell that flips things around revealing the opposites.
So in the realm of computers, not logic is like asking a question and getting the opposite answer.
It's like asking, is it not raining?
If the answer is yes, then it means it's not raining, it's sunny.
So if the answer is no, then it's still raining, right?
So note logic helps computers to understand the opposite of a given condition.
Imagine you have a magical switch that can turn things on and off.
And when you use not logic on the switch, it's like reversing the state.
So if the switch is off in this case, off is zero.
Here, let me write it down.
So off here.
Is equal to zero.
And actually, yeah, we can also use this, but on we can use the green for it.
But on here is.
Equals to one, right?
But we have the magical switch that can turn things on and off.
So when you use not logic on the switch, it's like reversing the state.
So if the switch is off here.
Um, which is in this case is zero not logic turns it to on.
It's like reversing the state, Right?
So and if the switch is on here.
Then not logic turns it off as if it's you are flipping the switch with a twist of a magic.
And let's consider a locked door here and a special key.
When you use the key to unlock the door, it's like saying not locked.
And in other words, the door is not locked in its locked state anymore.
So if you don't use the key, the door remains locked.
The note logic helps us determine if the door is locked or not without even touching the key.
And note logic is used in various ways in computers so it can change the state of a signal, like turning
the light off it's on or turning it on if it's off.
So it can help computers to make decisions based on the opposite conditions.
Like, for example, if this is the.
Let's actually name this mirror not and we are giving the on state but and after that we are returning
the off right or we are giving the off state and we are returning the on right.
So.
And this is just like a magical mirror shows us the opposite of what we see, not logic.
Help computers see the opposite of what's true.
So there you have it.
It's a comprehensive exploration of not logic and enhancing concept that brings a touch of magic to
the world of computers, much like wearing those special glasses that show you a different view.
So not logic helps computers see things from a different angle.
Next time you across not logic.
Remember that it's like asking a magical question that reveals the opposite side of things and keep
on questing for knowledge and embrace the wonder of logic in the captivating universe of Peter's.
I'm waiting you in the next lecture.