I mean not really cause base one would just be 111 + 111 = 111111. On the other hand if its baseless it still doesnt work cause then its 3 + 6 = 9? But with that it could just be base 10. One thing that could work is that its actually a split base 4 and 8 system where the first 3 digits of a number are base 4 and the rest are base 8 but this is a very confusing system and the opposite of what is usual. It could also be a system where 1, 2, 3 are used for whole parts of numbers and 4, 5, 6 were added when they inveneted fractions so they represent the fractional part of numbers? Thats what im gonna put my money on tho im probably ignoring something obvious.
This is completely true but i kinda shortcut to a zeroless base 1, basically a counting system. Another way you could make it work is of you had a seperate numeral for each factor of 2. So 1->1, 2->2, 3->4, 4->8, etc. So 123 is just 1+10+100->111 in base 2 so 123+456=123456 is true because 7+56 is 63. Idk i think we are overcomplicating a meme but thats what the internet is for and i think this system is actually not even that cursed.
I mean not really cause base one would just be 111 + 111 = 111111. On the other hand if its baseless it still doesnt work cause then its 3 + 6 = 9? But with that it could just be base 10. One thing that could work is that its actually a split base 4 and 8 system where the first 3 digits of a number are base 4 and the rest are base 8 but this is a very confusing system and the opposite of what is usual. It could also be a system where 1, 2, 3 are used for whole parts of numbers and 4, 5, 6 were added when they inveneted fractions so they represent the fractional part of numbers? Thats what im gonna put my money on tho im probably ignoring something obvious.
I disagree with you definition of base 1. Since base 10 is 0 through 9, and base 2 is 0 and 1, therefor base 1 must be only 0.
The real question is: How do we continue?
What is base 0?
Is that equal to base 1?
Are the negative bases?
Base 1 is a tally system. The symbol can be anything as long as it’s discrete.
And what about base e or fractional bases?
You can read all about those in The Lesser Key of Solomon
Base 0 has zero digits, so it would just be blank
This is completely true but i kinda shortcut to a zeroless base 1, basically a counting system. Another way you could make it work is of you had a seperate numeral for each factor of 2. So 1->1, 2->2, 3->4, 4->8, etc. So 123 is just 1+10+100->111 in base 2 so 123+456=123456 is true because 7+56 is 63. Idk i think we are overcomplicating a meme but thats what the internet is for and i think this system is actually not even that cursed.
I think they just meant modulo 1 instead