arXiv:2412.10643stat.OTcs.LG2024-12

用统计与机器学习方法,为科学实在论与反实在论找到可对话的共同基础。

Scientific Realism vs. Anti-Realism: Toward a Common Ground

  • 以统计与机器学习中的科学推理为桥梁,构建双方可共享的理论框架。
  • 揭示实在论与反实在论分歧的根源在于对真理价值的不同理解。
  • 适合哲学、科学方法论及人工智能伦理领域的研究者阅读。

科学实在论与反实在论之间的争论长期陷入僵局,看似难以调和。然而,探索共同基础仍具重要意义,即便仅能揭示更深层分歧,也或可惠及双方。本文提出一种共同基础:许多反实在论者(如工具主义者)尚未认真回应索伯关于以正面论证支持其版本奥卡姆剃刀的呼吁;而实在论者同样面临挑战,需提供非循环的解释,说明其奥卡姆剃刀如何关联真理。本文提出的共同基础正针对上述两方难题,核心在于承认各方均重视某些真理,并借鉴科学研究推断领域的洞见——即统计学与机器学习。该框架还揭示了实在论争论中不可调和性的独特认识论根源。

原文摘要 · Abstract (English)

The debate between scientific realism and anti-realism remains at a stalemate, making reconciliation seem hopeless. Yet, important work remains: exploring a common ground, even if only to uncover deeper points of disagreement and, ideally, to benefit both sides of the debate. I propose such a common ground. Specifically, many anti-realists, such as instrumentalists, have yet to seriously engage with Sober's call to justify their preferred version of Ockham's razor through a positive account. Meanwhile, realists face a similar challenge: providing a non-circular explanation of how their version of Ockham's razor connects to truth. The common ground I propose addresses these challenges for both sides; the key is to leverage the idea that everyone values some truths and to draw on insights from scientific fields that study scientific inference -- namely, statistics and machine learning. This common ground also isolates a distinctively epistemic root of the irreconcilability in the realism debate.

科学哲学认识论机器学习

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