SiCacing

THE IMPOSSIBLE BET OF LUNC EPISODE 04 — THE TIME PROBLEM THE IMPOSSIBLE CHALLENGE 👇🏿 What if #LUNC can burn its way to scarcity, but it simply takes too long? Here champs, we actually know the equation. Supply = Scarcity potential But there's another variable most people ignore and that is: TIME (A PARAMOUNT) Now imagine constant burn rate in this BURN CLOCK. 100M LUNC/day = 36.5B/year 500M LUNC/day = 182.5B/year 1B LUNC/day 365B/year Now let's look at the scale. Removing roughly 4.5 trillion LUNC and reach 1 trillion, at a constant burn rate: 1B/day = 12.3 years 500M/day =24.7 years 100M/day = 123 years Note that this is assumed the burn rate stays constant every single day✅ No slowdown, No interruptions, No change in supply dynamics. A burn mechanism can work perfectly and still take decades to create major supply reduction and this challenge isn't simply: Can LUNC burn? But, Can LUNC dramatically increase the rate of supply reduction without destroying the economic activity that generates it? And this is where the equation gets interesting, champs 😊. THE REAL ACCELERATOR As we know earlier, MORE USERS gives rise to MORE UTILITY, attracting MORE TRANSACTIONS and MORE ECONOMIC ACTIVIT that give rise to MORE BURNING that LOWER SUPPLY in the end ✊🏿 But this is another side of it: Demand must grow at the same time. Because reducing supply without building an economy doesn't solve everything. NOW THE VERDICT; Is #LUNC 's problem really the possibility of burning, Or is the real enemy TIME? Reason is because when you are dealing with trillions of tokens, years matter frankly. No promises. No price predictions. Just mathematics, economics and the clock., champs #LUNC #ImpossibleBet #TerraClassic $LUNC