Bitcoin Nonce Grinding and the ASIC Clock Speed Plateau
ASIC clock speeds have stalled while SHA-256's sequential dependencies keep the per-hash cost floor stubbornly fixed, what that means for mining economics.
№ 002MiningBitcoin Difficulty Epochs: Miner Strategy at the Boundary
Every 2,016 blocks, Bitcoin recalculates mining difficulty. That boundary reshapes miner behavior in the final stretch, the mechanics, the math, and the limits.
№ 003MiningHow to Mine Bitcoin in 2025: The Honest Version Nobody Tells You
Mining Bitcoin sounds like free money until you look at the electricity bill. Here's what it actually takes now, and why your laptop won't cut it.
№ 004AnalysisProof of Stake vs Proof of Work: Which Consensus Actually Wins?
Two ways to secure a blockchain, two very different bets. I break down how proof of work and proof of stake really differ, where each one breaks, and which I'd trust with my money.
№ 005MiningMining Pool Luck Variance: Why It Never Fully Disappears
Even over thousands of blocks, mining pool luck variance persists. Here's the probability mechanic that explains why, with real numbers.
№ 006MiningHow Mining Pool Variance Reduction Works
Solo mining is a lottery. Pool variance reduction through proportional share accounting turns that lottery into a paycheck. Here's the exact mechanics.
№ 007BitcoinBitcoin's Coinbase Maturity Rule Explained
Bitcoin forces miners to wait 100 blocks before spending a block reward. Here's the exact mechanic, why it exists, and what it prevents.
№ 008MiningBitcoin's Difficulty Adjustment: Why Two Weeks?
Bitcoin recalibrates mining difficulty every 2,016 blocks. Here's the exact mechanic, why Satoshi picked that window, and what it means in practice.