If such a coin existed there would be a gold rush of mathematicians trying to find larger and larger primes. I dunno if this is even possible...anybody?
All worthy ideas are made possible
Topic: Prime coin (Read 2181 times)
All worthy ideas are made possible
Hey! What happened to MokiMarket? Are you going to put up any more Bitcoins for sale? My six year old daughter used to love playing the "Bitcoin game" She was undefeated. 300+ bids was her record and she is very proud of it.
You just cannot beat a determined six year old at a mindless game like bidding on Bitcoins.
You just cannot beat a determined six year old at a mindless game like bidding on Bitcoins.
Quote
So lets say I claim large number "x" is a new prime number. Miners have an incentive to prove that it is not by trying tons of factors to verify that it is not prime.
Lets say if a factor is not found for a new number in "t" amount of time it can be assumed to be safely prime and that number can be spent. As long as miners have not found a factors of the numbers you've stake, your claim of a prime number coin remains valid.
Lets say if a factor is not found for a new number in "t" amount of time it can be assumed to be safely prime and that number can be spent. As long as miners have not found a factors of the numbers you've stake, your claim of a prime number coin remains valid.
http://www.rsa.com/rsalabs/node.asp?id=2094#WhatIs
Quote
Factoring 100-digit numbers is easy with today's hardware and algorithms. No public effort has yet resulted in successful factoring of numbers of more than 200 digits. Advances in both computer hardware and number theory, though, are expected to advance the state of the art. One purpose of this contest was to "track" the state of the art in factoring
Largest RSA number factored
Quote
RSA-768
Status: Factored
Decimal Digits: 232
12301866845301177551304949583849627207728535695953
34792197322452151726400507263657518745202199786469
38995647494277406384592519255732630345373154826850
79170261221429134616704292143116022212404792747377
94080665351419597459856902143413
The factors are:
334780716989568987860441698482126908177047
949837137685689124313889828837938780022876
14711652531743087737814467999489
and
3674604366679959042824463379962795263227915
8164343087642676032283815739666511279233373
417143396810270092798736308917
The effort took almost 2000 2.2GHz-Opteron-CPU years according to the submitters, just short of 3 years of calendar time.
Ref: http://www.rsa.com/rsalabs/node.asp?id=3723Status: Factored
Decimal Digits: 232
12301866845301177551304949583849627207728535695953
34792197322452151726400507263657518745202199786469
38995647494277406384592519255732630345373154826850
79170261221429134616704292143116022212404792747377
94080665351419597459856902143413
The factors are:
334780716989568987860441698482126908177047
949837137685689124313889828837938780022876
14711652531743087737814467999489
and
3674604366679959042824463379962795263227915
8164343087642676032283815739666511279233373
417143396810270092798736308917
The effort took almost 2000 2.2GHz-Opteron-CPU years according to the submitters, just short of 3 years of calendar time.
http://www.rsa.com/rsalabs/node.asp?id=2093
How about a reverse finding the prime numbers? Set the largest ever known primer number as in the genesis block, and the block reward decreases as finding the previous prime because it will be easier. As time goes, the finding process will be faster and faster, it will be very suitable for rapid transactions.
The larger the prime gets, the greater distance you would have between blocks. This week, it might be an hour next week, a day or two. In a month you may not see a block for a month.
If you increase the payout accordingly it could still be worth it though, right?Huh? Each block in bitcoin and most alt chains that I am aware of, place transactions into a block. A block happens in BTC, every 10 minutes. In prime coin, blocks could be months apart... what do you do with all of the transactions?
Another good point is who confirms them? Look at the GIMPS project http://www.mersenne.org/
They are excited if they find one mersenne prime a year... and they have tons of people contributing power to the project. Although not as big as Bitcoin, it takes a long time. And then it takes a day or two to verify.
SHA256 is different for proof of work. It is VERY hard for me to find the next block by myself. Without ASICs pretty much impossible. However, on a tiny little Intel Atom, I can verify every single block in the block chain, processing hundreds of blocks per minute.
You can't do the same with very large prime numbers.
That makes sense: SHa256 is a hard to solve easy to verify problem; while Finding large prime numbers is a hard to solve hard to verify problem.
Maybe you make it so that all numbers are coins, however those that someone can find factors of are no longer valid coins and if you find the factors of a coin that is claimed to be prime you get a reward.
So lets say I claim large number "x" is a new prime number. Miners have an incentive to prove that it is not by trying tons of factors to verify that it is not prime.
Lets say if a factor is not found for a new number in "t" amount of time it can be assumed to be safely prime and that number can be spent. As long as miners have not found a factors of the numbers you've stake, your claim of a prime number coin remains valid.
The larger the prime gets, the greater distance you would have between blocks. This week, it might be an hour next week, a day or two. In a month you may not see a block for a month.
If you increase the payout accordingly it could still be worth it though, right?Huh? Each block in bitcoin and most alt chains that I am aware of, place transactions into a block. A block happens in BTC, every 10 minutes. In prime coin, blocks could be months apart... what do you do with all of the transactions?
Another good point is who confirms them? Look at the GIMPS project http://www.mersenne.org/
They are excited if they find one mersenne prime a year... and they have tons of people contributing power to the project. Although not as big as Bitcoin, it takes a long time. And then it takes a day or two to verify.
SHA256 is different for proof of work. It is VERY hard for me to find the next block by myself. Without ASICs pretty much impossible. However, on a tiny little Intel Atom, I can verify every single block in the block chain, processing hundreds of blocks per minute.
You can't do the same with very large prime numbers.
But maybe there are some other NP-hard problems that can be used but I think hashing is the best approach.
I don't think implementing prime coin as a currency is feasible. If you want to help find primes you can contribute your CPU or GPU power to a BOINC project.
Ok, it was mainly just a speculation, thought it would be a cool idea since it would be easy for people to understand how to create more coins and would give monetary incentive to contributors to mathematical research
I don't think implementing prime coin as a currency is feasible. If you want to help find primes you can contribute your CPU or GPU power to a BOINC project.
How would the network confirm that the number is prime? That's a huge mathematical problem.
You pay miners to verify that new prime candidate is actually prime. They get rewarded with coins for each sucessfull verification.
And how do you confirm its the next prime?
How would the network confirm that the number is prime? That's a huge mathematical problem.
You pay miners to verify that new prime candidate is actually prime. They get rewarded with coins for each sucessfull verification.
How would the network confirm that the number is prime? That's a huge mathematical problem.
Just a concept, but would it possible to create a coin base on prime number. Where each new prime number discovered on system creates a new coin?
So at the beginning it would be really easy to make coins: 2,3,5...and obviously an infinite possibility of coins exists but new coins will be determined on the ability to find new largest prime numbers.
If such a coin existed there would be a gold rush of mathematicians trying to find larger and larger primes. I dunno if this is even possible...anybody?
So at the beginning it would be really easy to make coins: 2,3,5...and obviously an infinite possibility of coins exists but new coins will be determined on the ability to find new largest prime numbers.
If such a coin existed there would be a gold rush of mathematicians trying to find larger and larger primes. I dunno if this is even possible...anybody?
it's not really mathematically/computationally expensive to generate primes afaik
The larger the prime gets, the greater distance you would have between blocks. This week, it might be an hour next week, a day or two. In a month you may not see a block for a month.
If you increase the payout accordingly it could still be worth it though, right?
The larger the prime gets, the greater distance you would have between blocks. This week, it might be an hour next week, a day or two. In a month you may not see a block for a month.
Just a concept, but would it possible to create a coin base on prime number. Where each new prime number discovered on system creates a new coin?
So at the beginning it would be really easy to make coins: 2,3,5...and obviously an infinite possibility of coins exists but new coins will be determined on the ability to find new largest prime numbers.
If such a coin existed there would be a gold rush of mathematicians trying to find larger and larger primes. I dunno if this is even possible...anybody?
So at the beginning it would be really easy to make coins: 2,3,5...and obviously an infinite possibility of coins exists but new coins will be determined on the ability to find new largest prime numbers.
If such a coin existed there would be a gold rush of mathematicians trying to find larger and larger primes. I dunno if this is even possible...anybody?
Jump to: