We seek the inverse formulas for the cosmological unifying relation between gluons and conformally coupled scalars. We demonstrate that the weight-shifting operators derived from the conformal symmetry at the dS late-time boundary can serve as the inverse operators for the 3-point cosmological correlators. However, in the case of the 4-point cosmological correlator, we observe that the inverse of the unifying relation cannot be constructed from the weight-shifting operators. Despite this failure, we are inspired to propose a "weight-shifting uplifting" method for the 4-point gluon correlator.Comment: published versio
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Developing our understanding of how correlations evolve during inflation is crucial if we are to ext...
Recently, in [1], we presented the first combined non-parametric reconstruction of the three time-de...
Abstract: Our understanding of quantum correlators in cosmological spacetimes, including those that ...
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Unifying relations of amplitudes are elegant results in flat spacetime, but the research on these in...
Abstract: Our understanding of quantum correlators in cosmological spacetimes, including those that ...
A key insight of the bootstrap approach to cosmological correlations is the fact that all correlator...
Much of the structure of cosmological correlators is controlled by their singularities, which in tur...
We report the differential representation of three-point and four-point amplitudes for Yang-Mills fi...
We study four-point functions of spinning operators in the flavor current multiplet in four dimensio...
A cosmological theory that predicts a late-time accelerated attractor with a constant dark matter to...
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We study the three-point energy correlator (EEEC), defined as a matrix element of a product of three...
Scattering amplitudes at weak coupling are highly constrained by Lorentz invariance, locality and un...
In celestial holography, four-dimensional scattering amplitudes are considered as two-dimensional co...
Developing our understanding of how correlations evolve during inflation is crucial if we are to ext...
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Abstract: Our understanding of quantum correlators in cosmological spacetimes, including those that ...