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April 29, 2026Communications Physics0 citationsOpen Access

More than a footnote: the woman behind modern particle simulation

AAAlessio AlexiadisUniversity of Birmingham

Key Points

  • The aim is to recognize Mary Tsingou's contributions to particle-based simulations and their significance in modern science.
  • Historical analysis of Tsingou's code written in 1953
  • Discussion of applications in various scientific fields
  • Examination of recognition and impact on modern computational science
  • Identifies Tsingou's work as foundational for particle simulation
  • Highlights ongoing under-recognition of her contributions
  • Connects her impact to advancements in multiple scientific disciplines

Abstract

From protein folding to fluid mechanics and galaxy formation, particle-based simulation shapes modern science. Here, I argue that this computational tradition begins with the code Mary Tsingou wrote at Los Alamos in 1953, a contribution still not fully recognised. From protein folding to fluid mechanics and galaxy formation, particle-based simulation shapes modern science. Here, the author argues that this computational tradition begins with the code Mary Tsingou wrote at Los Alamos in 1953, a contribution that still is not fully recognised.

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Cite This Study

Alessio Alexiadis (2026) studied this question.

synapsesocial.com/papers/69f19f9cedf4b46824806569https://doi.org/10.1038/s42005-026-02661-0
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