AI 中文总结
本文提出受重正化群启发的量子场论实在论反psi解释，利用经典非相互作用标量场玩具模型与逆重正化群，导出依赖观察者的普朗克常数定义，旨在推进量子基础研究与新QFT开发。
AI 中文摘要
本文引入了一种量子场论的实在论反psi解释，其基于受重正化群启发扩展的本体。研究目标是在正则系综中使用经典非相互作用标量场“玩具模型”，证明在特定极限条件下，该扩展本体中的观察者将观测到量子场论（QFT）。逆重正化群（IRG）是解释该扩展本体及提供QFT新示例的关键。这将导出普朗克常数的定义：其在趋近不动点时会流动，以温度表示，并依赖于该扩展本体中被研究的观察者。本文希望该方法既能深化对量子基础的理解，也能为开发新QFT提供方案。
英文摘要
A realist, anti-psi interpretation of quantum field theory is introduced, based on an expanded ontology that was inspired by the renormalization group. A goal will be to work with a classical non-interacting scalar field "toy model" in the canonical ensemble and show that an observer in this expanded ontology, under certain limiting conditions, will see a QFT. The inverse renormalization group (IRG) will be key in both interpreting this expanded ontology and furnishing novel examples of QFTs. This will lead to a definition of Planck's constant that flows as we head towards a fixed point, is expressed in terms of a temperature, and depends on the observer being studied in this expanded ontology. Our hope is that this approach will lead both to insights into quantum foundations and to prescriptions for developing new QFTs.
Comments19 pages
