This thesis explores the concept that the Higgs boson of the traditional version and the cosmological inflation are only manifestations of 1 and an identical scalar box - the Higgs-inflation. via this unification strength scales which are separated via many orders of importance are hooked up, thereby construction a bridge among particle physics and cosmology. a necessary aspect for making this version in step with observational information is a robust non-minimal coupling to gravity. Predictions for the worth of the Higgs mass in addition to for cosmological parameters are derived, and will be established via destiny experiments. the consequences turn into specifically intriguing within the gentle of the lately introduced discovery of the Higgs boson.
The version of non-minimal Higgs inflation can also be utilized in a quantum cosmological context to foretell preliminary stipulations for inflation. those effects can in flip be confirmed by means of the detection of primordial gravitational waves.
The presentation includes all introductory fabric approximately cosmology and the normal version that's crucial for the extra realizing. It additionally offers an creation to the mathematical tools used to calculate the powerful motion by way of warmth kernel tools.
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