05 May '14 21:42>
http://theconversation.com/medieval-bishops-theory-resembles-modern-concept-of-multiple-universes-25460
This article and the links - which are worth opening to explore further - describes a multi disciplinary project to study the early scientific work of a mediaeval bishop,
This article and the links - which are worth opening to explore further - describes a multi disciplinary project to study the early scientific work of a mediaeval bishop,
The project explores the conceptual world of Robert Grosseteste, one of the most dazzling minds of his generation (1170 to 1253): sometime bishop of Lincoln, church reformer, theologian, poet, politician, and one of the first to absorb, teach and debate new texts on natural phenomena that were becoming available to western scholars. These texts, principally the natural science of the greek scholar Aristotle, were translated from Arabic into Latin during the course of the 12th and 13th centuries, along with a wonderful array of material from Islamic and Jewish commentators. They revolutionised the intellectual resources of western scholars, posing challenges to established ways of thinking.
While Grosseteste may not be the originator of western experimental science, his scientific works come close to advocating experiments. They are also beautifully balanced mathematical constructions, not always apparent to a literary reading, yet wondrously so to later medieval generations.
Grosseteste’s treatise on light, called De Luce (Concerning Light), is the earliest known attempt to describe the universe using a coherent set of physical laws, centuries before Isaac Newton. It proposes that the same physics of light and matter, which explain the solidity of ordinary objects, could be applied to the cosmos as a whole.
In explaining the formation of the ancient universe, geocentric and composed of a series of nested spheres, Grosseteste conceives the universe as beginning from a single point of light, the fusion of matter and form, which expands until matter can be moved no further: the first sphere. A different form of light radiates inwards compressing matter, until it will move no further, generating the second sphere, and so on.
Grosseteste’s calculations are very consistent and precise. Had he had access to modern calculus and computing methods, he surely would have used them. In a recent paper, just published in the Proceedings of the Royal Society A, our team built computer models to express Grosseteste’s equations. In doing so it suggests, although this was probably not apparent to Grosseteste at the time, a series of ordered universes reminiscent of the modern “multiverse” concept.