THREE MILE ISLAND A NEW TEST
A plan to restart one of the reactors that didn’t melt down in 1979 is part of U.S. efforts to expand its nuclear power capacity without raising emissions.
Story by REBECCA F. ELLIOTT • Photos by GEORGE ETHEREDGE • The New York Times
Both Bitcoin and AI are expected to require significantly more energy in the future. Here's a breakdown:
Bitcoin:
Bitcoin:
- Proof of Work: Bitcoin's energy-intensive "Proof of Work" system, where miners solve complex puzzles to validate transactions, will continue to demand more energy as the network grows and competition increases.
- Increased Adoption: If Bitcoin becomes more widely adopted, the number of transactions and the energy needed to process them will also rise.
- Larger Models: AI models are becoming increasingly complex and require more powerful hardware to train and run. This translates to a greater energy demand for data centers and computing resources.
- Wider Applications: As AI is integrated into more applications and industries, the overall energy consumption associated with it will grow.
- Data Explosion: The massive amounts of data generated and processed by AI systems contribute to its growing energy footprint.
- Efficiency Improvements: Both industries are actively exploring ways to reduce energy consumption through more efficient algorithms, hardware, and renewable energy sources.
- Environmental Impact: The increasing energy demands of Bitcoin and AI raise concerns about their environmental impact, particularly regarding greenhouse gas emissions.