Thermal Dissipation During Reheating Impacts Gravitational Waves

This paper investigates the impact of thermal dissipation effects during reheating on the spectrum of primordial gravitational waves. The authors propose that distinctive features in the gravitational wave spectrum could serve as a probe of the physics of reheating, a poorly understood epoch in the early universe. The study highlights the importance of understanding the reheating mechanism for connecting the inflationary era to the hot Big Bang. The theoretical predictions presented in this paper provide a target for future gravitational wave experiments. The detection of these features would provide valuable constraints on models of inflation and the early universe. The challenges associated with detecting primordial gravitational waves underscore the need for advanced detector technology and sophisticated data analysis techniques. This research contributes to our understanding of the early universe and the processes that shaped the cosmos.

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