Artificial Intelligence is really ONLY zeros and Ones and Algorithms

What computers are is just on switches and off switches. An off switch is a zero and  an on switch is a 1. Then you take those switches that are now zeros and ones and you organize them in groups to mean different things. Then you add Algorithms to that and you have AI. However, I like the example below of an Algorithm being like a step by step list of instructions for baking a cake. I think almost anyone could understand what a recipe is for food. So, each recipe would be another algorithm. Then you tie all these recipes or algorithms together so that they can actually learn new things about what they are and what we are and where they are and you have Artificial Intelligence.

The other thing useful to understand about this is the Binary system of math you have to use for understanding anything about computers as well. It is a base two system of math which works for on and off switches. If each circuit is either on or off it can represent almost anything. and the more complex the program often the more it can do but also the more complex the algorithm the higher likelihood for some kind of error too. It's sort of like building a Jenga Pile of sticks. The higher the Jenga Pile the more likely it all is going to collapse into some sort of mess of sticks all over the floor. 

However, if you are doing Quantum Computing I have no idea what to tell you about that because I haven't studied up to date information about Quantum Computing as of 2025. 

 Begin quote from: Google AI and Internet

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Definitions from Oxford Languages · Learn more

al·go·rithm

/ˈalɡəˌriT͟Həm/

noun

plural noun: algorithms

1. a process or set of rules to be followed in calculations or other problem-solving operations, especially by a computer.

   "a basic algorithm for division"

Origin

late 17th century (denoting the Arabic or decimal notation of numbers): variant (influenced by Greek arithmos ‘number’) of Middle English algorism, via Old French from medieval Latin algorismus . The Arabic source, al-Ḵwārizmī ‘the man of Ḵwārizm’ (now Khiva), was a name given to the 9th-century mathematician Abū Ja‘far Muhammad ibn Mūsa, author of widely translated works on algebra and arithmetic.

Use over time for: algorithms

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What is an example of an algorithm?

AI Overview

An algorithm is a step-by-step set of instructions designed to solve a problem or complete a task. A simple example is a recipe for baking a cake, which provides a sequence of actions to transform ingredients into a finished cake. Another example is tying your shoes, which involves a specific series of steps to create a secure knot. 

Here's a more detailed look at these examples:

1. Baking a Cake:

• Input: Ingredients like flour, sugar, eggs, etc., and an oven. 

• • 
    
• Output: A baked cake.

2. Tying Shoelaces:

• Input: Two shoelaces.
• Steps:
  • Cross the laces.
  • Make a loop with one lace around the other. 

• 
  

These examples demonstrate how algorithms break down complex tasks into manageable, sequential steps. They are fundamental to computer science, but also appear in many everyday activities. 

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Steps:

• Preheat the oven to a specific temperature. 

Combine wet ingredients. 

Combine dry ingredients. 

Mix wet and dry ingredients. 

Pour batter into a pan.

Bake for a specific time and temperature. 

• Pull the loop tight.
• Repeat on the other side.
• Tuck the ends under and through.

Output: A tied shoelace knot.