id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_gfa3wovtgnaozku3jihcuoivs4	Sebastian De Haro	Interpreting theories without a spacetime	2018	41	.pdf	application/pdf	21026	1269	55	random matrix models, causal sets, loop quantum gravity, and group field theory. Section 2 presents three tools for interpreting theories without spacetime: (1) approximations, (2) similarities, and (3) internal criteria. diagrams and random matrix models), while section 4 deals with theories with interpretations that either completely resist visualisation, or do not require it for the problem In the next section, we will present three tools for interpreting theories without spacetime, and for rendering them intelligible. The important point for scientific understanding is that the application of approximations, or linkage relations, can also be used to induce a (partial) interpretation of a theory Two of the quantum gravity theories that we will consider in section 4 replace spacetime by a more fundamental discrete structure underlying it. obtained either directly through the tools (Similar) and (Internal), or via (Approximation), from the spacetime interpretation of the top theory, Tt—general relativity, say.	./cache/work_gfa3wovtgnaozku3jihcuoivs4.pdf	./txt/work_gfa3wovtgnaozku3jihcuoivs4.txt