”By my Lords comand, I am to acquainte you”: An Edition of the Seventeenth-Century Correspondence of the Wentworth Family in the Folger Shakespeare Library

This thesis is an edition of the correspondence of the Yorkshirean Wentworth family. The aim of the edition is to provide these handwritten manuscripts to a wider audience by transcribing them. The material has been acquired from the Folger Shakespeare Library, and the transcriptions presented in this thesis are a part of their database called Early Modern Manuscripts Online. My material consists of fifteen documents from the early modern period which have been sent to or sent by members of the Wentworth family. Fourteen of these documents are letters, and one is a warrant written in the form of a letter. In the Folger Shakespeare Library the documents form the section 2.1. Correspondence of the Wentworth family in a larger collection called Papers of the Cavendish-Talbot family. The documents have been transcribed diplomatically in order to retain the character of the original manuscripts. In addition to the transcriptions, background chapters on letter writing, the historical and linguistic context, and palaeography are provided. Furthermore, each text includes a commentary containing a brief summary of the text and a description of the manuscript. Notes concerning specific words or concepts are also provided to make the texts easier to understand. Additionally, the transcriptions are encoded in XML for the purposes of the Folger Shakespeare Library. These earlier unedited manuscripts reassert the status of the Wentworth family in the early modern English society and provide information about letter writing conventions, language, and palaeographical conventions in early modern England. This edition can be used in further studies, for example as part of a larger corpus.

Beyond the Cosmological Principle

Simplifying the Einstein field equation by assuming the cosmological principle yields a set of differential equations which governs the dynamics of the universe as described in the cosmological standard model. The cosmological principle assumes the space appears the same everywhere and in every direction and moreover, the principle has earned its position as a fundamental assumption in cosmology by being compatible with the observations of the 20th century. It was not until the current century when observations in cosmological scales showed significant deviation from isotropy and homogeneity implying the violation of the principle. Among these observations are the inconsistency between local and non-local Hubble parameter evaluations, baryon acoustic features of the Lyman-α forest and the anomalies of the cosmic microwave background radiation. As a consequence, cosmological models beyond the cosmological principle have been studied vastly; after all, the principle is a hypothesis and as such should frequently be tested as any other assumption in physics. In this thesis, the effects of inhomogeneity and anisotropy, arising as a consequence of discarding the cosmological principle, is investigated. The geometry and matter content of the universe becomes more cumbersome and the resulting effects on the Einstein field equation is introduced. The cosmological standard model and its issues, both fundamental and observational are presented. Particular interest is given to the local Hubble parameter, supernova explosion, baryon acoustic oscillation, and cosmic microwave background observations and the cosmological constant problems. Explored and proposed resolutions emerging by violating the cosmological principle are reviewed. This thesis is concluded by a summary and outlook of the included research papers.