CORDIS Project
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This project seeks to reformulate cosmological perturbation theory to understand the early universe's evolution. By focusing on statistical properties of primordial fluctuations, it aims to uncover new principles that explain the emergence of time from static cosmological correlations.
The beginnings of the universe are encoded in the statistical properties of primordial perturbations imprinted at the hot Big Bang.
Our understanding of primordial cosmology comes from measurements of these imprinted spatial correlations.
They form a static pattern, and its apparent lack of causality is elegantly explained by an earlier period of time evolution.
This time evolution from very primordial eras of the universe can not be observed directly.
For conceptual and practical purposes, a re…
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