AI research is shifting toward self-improving systems, formal verification, and agentic workflows that transcend human-generated data. Scaling laws hold across diverse domains; in protein biology, sequence-based models like ESM achieve structural insights without hand-crafted features by leveraging evolutionary data. Similarly, self-play in LLMs evolves beyond human-level performance when synthetic tasks are properly guided, avoiding the plateaus of standard reinforcement learning. Real-time voice agents now utilize streaming retrieval-augmented generation (RAG) to minimize latency, while formal verification via Lean 4 offers a path toward bug-free, verifiable code. Finally, modern software engineering mimics real-time strategy games, where orchestrating multiple autonomous agents in parallel maximizes productivity. These advancements collectively suggest that intelligence per sample and per watt, rather than just raw parameter count, define the next frontier of AI development.
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