Bushy Park Parkrun Event #1,000 🥳 The birthplace of parkrun. What an incredible experience! Pleased with my sub-700th position 😆 The start felt like a scene straight out of Braveheart—thrilling! With over 6,000 runners and hundreds of enthusiastic volunteers, the event was impressively well-organised. Nice to bump into some other Bitcoin Runner in the melee. #BitcoinRunners @BitcoinRunners

Quick refresher regarding the four laws of thermodynamics: Zeroth Law: If A = B and B = C, then A = C Mnemonic: “You must be in balance to measure temperature.” Explanation: If two systems are each in thermal equilibrium with a third system, they are in thermal equilibrium with each other. This law helps define temperature. First Law: Energy cannot be created or destroyed Mnemonic: “You can’t get more energy than you put in.” Explanation: Energy is conserved. The total energy in a closed system is constant—energy can only be transferred or transformed (e.g., heat to work). Second Law: Entropy always increases Mnemonic: “You can’t even break even unless it’s absolute zero.” Explanation: In any energy transfer, some energy becomes unavailable to do work, increasing the system’s overall disorder (entropy). Third Law: Absolute zero is unattainable Mnemonic: “You can’t get out of the game.” Explanation: As the temperature approaches absolute zero, the entropy of a perfect crystal approaches zero, but absolute zero cannot be reached in a finite number of steps. Summary: Zeroth Law: Think of it as “defining temperature.” First Law: “Energy is conserved” (no free lunch). Second Law: “Disorder (entropy) always increases” (you can’t break even). Third Law: “You can’t reach absolute zero” (you can’t get out of the game).

Running gifbuddy