How did Einstein ever get his 1905 special relativity published without peer review? It must have sounded like nonsense, but got accepted by A prestigious Journal, Annalen De Physik.
In 1905, Einstein didn’t have to convince a panel of skeptical peers that special relativity was correct. He only had to convince one man that his math wasn't complete nonsense.
The modern system of peer review—where a manuscript is sent to independent, anonymous referees to evaluate before acceptance—simply did not exist at the time. Getting published in Annalen der Physik, the most prestigious physics journal in the world, was a streamlined process that rested entirely on the judgment of a single editor.
At the time, the theoretical physics editor for Annalen der Physik was Max Planck, the founding father of quantum theory. The culture of German physics at the time viewed journals as platforms for active debate rather than infallible gatekeepers of truth. The standard for publication was not that an idea had to be proven correct, but that it had to be mathematically coherent and free of obvious crankery. If a paper met those criteria, it was printed so the wider scientific community could tear it apart or build upon it.
Einstein also wasn't a complete unknown to the editorial board. While he was a 26-year-old patent clerk without an academic post, he had already published five respectable papers on thermodynamics in Annalen der Physik between 1901 and 1904. Planck and the journal's director, Paul Drude, already knew his name and recognized his competence.
When Einstein submitted his paper on special relativity, Planck didn't farm it out to an external committee. He read it himself. Planck immediately recognized that while the implications of Einstein's theory were radical—discarding the concept of the luminiferous aether and rewriting the nature of space and time—the mathematics were flawless and the logic was deeply compelling.
Planck unilaterally approved the paper for publication. He didn't just passively accept it; Planck became the very first physicist to publicly defend relativity, delivering lectures on it and encouraging his own graduate students to explore its mathematical consequences.

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