An evil villain wants to destroy the world. In order to achieve his goal, he created an AI that can create another AI. The AI he created initially has a power of 10, meaning it has the power to devastate 10 cities before it self-destruct. Everytime the AI creates a new AI, it's power decreases by 10%, and the newly created AI is 2 times as powerful as it's creator. Once it's power reaches 0, it will be dead. Every newly created AI can also create another AI and the same rule holds. Assume that the total number of cities in the whole world is 10⁶. What is the minimum number of AI the evil villain must create in order to achieve his goal?
#A random problem I suddenly thought which I haven't think of a solution yet
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One is enough, as it can create several more powerful AI's
💀💀
yea you're right lol, just realized it turns out to be a trick question lmao
yea
lets see
given -
- The initial AI has a power of 10.
- Every time an AI creates another AI, its power decreases by 10%, and the new AI is 2 times as powerful.
- cities - 10⁶
nah the best strategy the could use is
1AI produces 10AIs
10AIs produce 100AIs
....
100AIs get 1000AIs
1000AIs get 10000AIs
Each AI destroys 10 cities
10^6 cities destroyed starting from 1AI
10×(0.9)^n ×(2^n ) ≥ 10^6 (n = number of AI's created)
an evil supervillain creates AIs starting with 5 fireballs and 10 power. at any moment, each AI has 3 options:
-spend a power to make a new fireball, if it has no fireballs
-once it has n fireballs, it can devastate n+1 towns then self destruct
-they also have the ability to imagine new fireballs into existence with the following procedure, which uses 1 power
- they can only imagine versions of themselves that have fewer fireballs, due to heisenberg's uncertainty principle, it is impossible for an AI to imagine a version of itself with as many fireballs as itself.
- they then imagine that AI devastating various towns.
- however many towns the imaginary AI devastates, is how many fireballs are magically inside the AI at the end of the procedure
how many towns can one super AI devastate
trivial
now solving
-> 0.9^n × 2^n ≥10^5
-> 1.8^n ≥ 10^5
(taking log on both sides )
now , -> n ≥ log(10^5)/log(1.8)
aprox - 19.58
rounding off to 20
the creator would need to make 20 AI's to achieve his goal
where did i go wrong smh
since if the AI doesnt double its power, i proved the answer to be 1AI, and since 1 is the minimum you can go, that remains the same for when the AI doubles its power
makes sense
1AI will produce an AI of strength 20, an AI of srength 18, of strength 16.2, ... which has a total of 200 i guess
The AI's power never reaches 0, only approaches it.
yea you're right
The number of cities devastated by each creation of AL decrease in a geometric sequence with a common ratio of 0.9.
To find the sum of a infinite geometric sequence, we can use the formula:
SUM= a/(1-r)
Where "a" is the value of the first AL power and "r" is the common ratio.
In this case the first AL power is 10 and the common ratio is 0.9. using the formula.
SUM= 10/(1-0.9)=100
Therefore the sum of series is 100 which means that the number of A L creations needed to destroy 10 million cities is 100.
I hope this answers you question.
Artificia Lintelligence
you didn't take into account the info that the newly created AI is 2 times as powerful as it's creator, if you do it that way then the newly created AI is 10% less powerful
also 100 is the number of cities destroyed by creating one AI, not the minimum number of AI which needs to be created in order to destroy all 10 million cities
OK.
Um I tried and found out the answer is 2.752424849×10^13AI . Here is how I did it.
To find the total number of cities to be destroyed, we can use the formula:
T(C)=2^n ×90 where T is the total number of the cities and n is the generation value.
10-(10% of 10)= 9
9 × 10= 90
In this case T(C) is a million.
10^6=2^n × 90
Applying logarithm and simplifying the equation,
n= log(11111.11111)/ log(2)
n= 13.43971547th generation.
Now to find the total number of AI created from the first generation up to this generation can be calculated using the formula:
T(AI)= 10^n where n is having its stated meaning
T(AI)= 10^13.43971547
T(AI)= 2.752424849× 10^13
Therefore the total number of AI created by the evil villain to destroy a million cities is 2.752424849×10^13.
This answer could be gotten from very long algebraic summation which is very complex.
is this chatgpt
What is chatgtp?
how did you get those formulas?
fr an english speaker hasnt heard of it
Have I answered your question?
because there was no reasoning because it was ai generated
by logic the answer is actually just 1 AI needed cuz a single AI can create another AI which can also create another AI and so on and each of the newly created AI can destroy twice more cities then it's creator
I thought of that also but thought twice.
From that large value, you would get the number of AI to destroy the cities and the number of AI needed to create the AI which would destroy the cities. That was the idea I used and I think its correct.
2.752424849×10^13 AI
i mean i would like the question to be answered
One AI can destroy only 10 cities.
it can duplicate and make more
No
You need 1
and heck
it just reproduces infinite AIs
because
it never really reaches 0 power
only approaches it
I said, one AI can destroy only 10 cities.
^
Why?
what if the first AI doesnt even destroy cities
it just reproduces
That is what I am talking about. They keep on reproducing until the reach the number of AI which can destroy a million cities.
So 2.752424849×10^13 AI should be right right?
OK you win.
it just needs to produce 10^5 AIs
But I would not accept yours.
what 😭
I also took that into consideration but later found out that it was wrong.
I divided the total number of cities by the number of cities 1 AI can destroy.
You can only use that idea if the power of the AI do not increase.
What do you mean?