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2019

Interferometer Constraints on the Inflationary Field Content

Iacconi, Laura, Fasiello, Matteo, Assadullahi, Hooshyar et al.

Understand

With an energy scale that can be as high as $10^{14}\,{\rm GeV}$, inflation may provide a unique probe of high-energy physics.

Both scalar and tensor fluctuations generated during this early accelerated expansion contain crucial information about the particle content of the primordial universe.
The advent of ground- and space-based interferometers enables us to probe primordial physics at length-scales much smaller than those corresponding to current CMB constraints.
One key prediction of single-field slow-roll inflation is a red-tilted gravitational wave spectrum, currently inaccessible at interferometer scales.