Well maybe not a 3.125 block today is  about 360,000 2028 = 1.5625000000 Http Fun88  so we need about 240,000 a coin which gives a 374,000  per  block 2032 = 0.7812500000 Http Fun88 we need about 500,000 a coin which gives about 390,000 per block 2036 = 0.3906250000 Http Fun88 we need about 1,050,000 a coin which gives about 410,000 per block 2040 = 0.1953125000 Http Fun88 we need about 2,200,000 a coin which gives about 429,000 per block 2044 = 0.0976562500 Http Fun88 we need about 4,560,000 a coin which gives about 442,000 per block 2048 = 2052 = 2056 = if we go to 10 digits and allow smaller fee numbers per byte high coin price can carry us a long time. and  low fees of 0.01 to 0.04 Total would work. granted down the road  there are a lot of unknowns. but the roadmap I just showed works if we simply allow .1 sat minimum numbers. and of course get price rise . to clarify this more a 0.00000011 Http Fun88 fee would be the lowest and only 48 cents if we did .1 sats per byte and we had a 4,560,000 dollar Http Fun88 So I can see it work for over 20 years easy with enough for the miners.  I am pretty sure the miners see it this way as hashrate still goes up bigly
Well maybe not a 3.125 block today is  about 360,000 2028 = 1.5625000000 Http Fun88  so we need about 240,000 a coin which gives a 374,000  per  block 2032 = 0.7812500000 Http Fun88 we need about 500,000 a coin which gives about 390,000 per block 2036 = 0.3906250000 Http Fun88 we need about 1,050,000 a coin which gives about 410,000 per block 2040 = 0.1953125000 Http Fun88 we need about 2,200,000 a coin which gives about 429,000 per block 2044 = 0.0976562500 Http Fun88 we need about 4,560,000 a coin which gives about 442,000 per block 2048 = 2052 = 2056 = if we go to 10 digits and allow smaller fee numbers per byte high coin price can carry us a long time. and  low fees of 0.01 to 0.04 Total would work. granted down the road  there are a lot of unknowns. but the roadmap I just showed works if we simply allow .1 sat minimum numbers. and of course get price rise . to clarify this more a 0.00000011 Http Fun88 fee would be the lowest and only 48 cents if we did .1 sats per byte and we had a 4,560,000 dollar Http Fun88 So I can see it work for over 20 years easy with enough for the miners.  I am pretty sure the miners see it this way as hashrate still goes up bigly

Well maybe not a 3.125 block today is  about 360,000 2028 = 1.5625000000 Http Fun88  so we need about 240,000 a coin which gives a 374,000  per  block 2032 = 0.7812500000 Http Fun88 we need about 500,000 a coin which gives about 390,000 per block 2036 = 0.3906250000 Http Fun88 we need about 1,050,000 a coin which gives about 410,000 per block 2040 = 0.1953125000 Http Fun88 we need about 2,200,000 a coin which gives about 429,000 per block 2044 = 0.0976562500 Http Fun88 we need about 4,560,000 a coin which gives about 442,000 per block 2048 = 2052 = 2056 = if we go to 10 digits and allow smaller fee numbers per byte high coin price can carry us a long time. and  low fees of 0.01 to 0.04 Total would work. granted down the road  there are a lot of unknowns. but the roadmap I just showed works if we simply allow .1 sat minimum numbers. and of course get price rise . to clarify this more a 0.00000011 Http Fun88 fee would be the lowest and only 48 cents if we did .1 sats per byte and we had a 4,560,000 dollar Http Fun88 So I can see it work for over 20 years easy with enough for the miners.  I am pretty sure the miners see it this way as hashrate still goes up bigly

Well maybe not a 3.125 block today is  about 360,000 2028 = 1.5625000000 Http Fun88  so we need about 240,000 a coin which gives a 374,000  per  block 2032 = 0.7812500000 Http Fun88 we need about 500,000 a coin which gives about 390,000 per block 2036 = 0.3906250000 Http Fun88 we need about 1,050,000 a coin which gives about 410,000 per block 2040 = 0.1953125000 Http Fun88 we need about 2,200,000 a coin which gives about 429,000 per block 2044 = 0.0976562500 Http Fun88 we need about 4,560,000 a coin which gives about 442,000 per block 2048 = 2052 = 2056 = if we go to 10 digits and allow smaller fee numbers per byte high coin price can carry us a long time. and  low fees of 0.01 to 0.04 Total would work. granted down the road  there are a lot of unknowns. but the roadmap I just showed works if we simply allow .1 sat minimum numbers. and of course get price rise . to clarify this more a 0.00000011 Http Fun88 fee would be the lowest and only 48 cents if we did .1 sats per byte and we had a 4,560,000 dollar Http Fun88 So I can see it work for over 20 years easy with enough for the miners.  I am pretty sure the miners see it this way as hashrate still goes up bigly