AI 中文总结
本文系统性反驳了相对论性量子坍缩理论面临的概念异议，阐述了其技术挑战，指出该理论是克服标准量子理论概念局限的有前景的完全相对论性量子框架路径。
AI 中文摘要
非相对论性客观坍缩理论在解决标准量子力学的概念问题方面已取得显著成功。尽管付出了大量努力，将其扩展到相对论领域的项目仍面临重大概念异议和技术挑战，这些挑战常被视为对整个方案可行性的质疑。概念层面上，相对论性坍缩理论被指面临瞬时坍缩与相对论之间的张力、属性值和概率的框架依赖性、超光速信号的可能性以及不可叙述性等挑战；技术层面上，持续存在的无穷大、构建完全协变框架的困难以及对非标准场的明显需求阻碍了可行模型的发展。在本文中，我们对概念异议进行了系统性反驳，并对剩余的技术挑战进行了结构化阐述。我们得出结论，相对论性坍缩理论确实为构建完全相对论性的量子框架提供了一条有前景的路径，该框架克服了标准量子理论的概念局限。
英文摘要
Non-relativistic objective collapse theories have been remarkably successful in addressing the conceptual problems of standard quantum mechanics. Despite substantial efforts, the project of extending them to the relativistic domain remains burdened by significant conceptual objections and technical challenges, often taken to cast doubt on the viability of the program as a whole. On the conceptual side, relativistic collapse theories have been claimed to face challenges involving tension between instantaneous collapse and relativity, frame-dependence of property values and probabilities, the possibility of superluminal signaling and the failure of narratability. On the technical side, persistent infinities, difficulties in constructing fully covariant frameworks and the apparent need for non-standard fields have hindered the development of workable models. In this paper, we offer a systematic rebuttal of the conceptual objections and provide a structured account of the remaining technical challenges. We conclude that relativistic collapse theories do provide a promising route toward a fully relativistic quantum framework that overcomes the conceptual limitations of standard quantum theory.
Comments39 pages, 3 figures
