Creighton Digital Repository (CDR)
The CDR is an open source solution for capturing, managing, promoting, sharing, and preserving digital collections in any format. It provides both open and secure access to collections or individual items within the repository. Open CDR collections are discoverable via all the major web search engines, which makes the CDR an invaluable tool for promoting and sharing your work with the world-wide scholarly community.
Featured Content: Scientists discuss the compatibility of Christian faith and science. Also: read scientists' reflections on scripture.
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Constraints on Quasar Geometry from Sloan Digital Sky Survey
(Creighton University. Omaha, Nebraska, 2020)Current quasar models assume a super massive black hole in the center of the quasar, with an accretion disk surrounding it. The accretion disk is believed to be a rapidly rotating, geometrically thin but optically ... -
Lay Teachers' Understanding of the Ignatian Charism
(Creighton University. Omaha, Nebraska, 2020)There was little research about the experiences of lay teachers working in Jesuit secondary schools from the USA East Province of the Society of Jesus. The purpose of this phenomenological investigation was to understand ... -
The Value Relevance of Accounting Information: The Influence of Economic Conditions and Monetary Policy
(Creighton University. Omaha, Nebraska, 2020)In this study, I examine the impact of economic conditions and monetary policy on the value relevance of accounting information. By reviewing the interaction of macroeconomic condition measures with earnings, the book value ... -
Jesuit Leadership, Charism, and School Sustainability
(Creighton University. Omaha, Nebraska, 2020)The purpose of this multiple case study was to examine the impact of the Jesuit Leadership framework as described by Lowney to confirm if the framework had a positive effect on the schools’ viability and sustainability. ... -
Photoproduction of ηc mesons in ultra-peripheral Pb+Pb collisions at √sNN= 5.02 TeV at the LHC
(Creighton University. Omaha, Nebraska, 2020)High energy ultra-peripheral collisions provide unique circumstances to examine the exclusive photoproduction of heavy mesons. The Pb+Pb collisions generated at CERN's Large Hadron Collider at √sNN = 5:02 TeV provide new ...
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