Skip to main content
Home

Main navigation

  • Home
  • Series
  • People
  • Depts & Colleges
  • Open Education

Main navigation

  • Home
  • Series
  • People
  • Depts & Colleges
  • Open Education

The Unity of the Universe

Series
Oxford Physics Public Lectures
Video Embed
The Final Dennis Sciama Memorial Lecture delivered by Professor David Deutsch

Dennis Sciama's 1959 book The Unity of the Universe was ostensibly about the Steady State theory, a cosmological/astrophysical theory which was to be comprehensively and irreversibly refuted by observations only a few years later. But it wasn't really about that. It was really about an idea that was not refuted and is deeper than any cosmology, namely the unity referred to in the title. Whether by coincidence or not, it is re-emerging as important in my current preoccupation, constructor theory.

More in this series

View Series
Oxford Physics Public Lectures
Captioned

Unveiling the Birth of Stars and Galaxies

The 2016 Hintze Biannual Lecture delivered by Professor Robert Kennicutt
Previous
Oxford Physics Public Lectures
Captioned

Growing Black Holes over 12 Billion Years

The 2015 Hintze Biannual Lecture delivered by Professor Meg Urry
Next
Creative Commons Licence
Creative Commons Attribution-Non-Commercial-Share Alike 2.0 UK: England & Wales; http://creativecommons.org/licenses/by-nc-sa/2.0/uk/
Transcript Available

Episode Information

Series
Oxford Physics Public Lectures
People
David Deutsch
Keywords
Physics
astrophysics
dennis sciama
universe
cosmology
unity of the universe
constructor theory
steady state theory
Department: Department of Physics
Date Added: 09/03/2016
Duration:

Subscribe

Apple Podcast Video Apple Podcast Audio Video RSS Feed

Download

Download Video Download Transcript

Footer

  • About
  • Accessibility
  • Contribute
  • Copyright
  • Contact
  • Privacy
  • Login
'Oxford Podcasts' Twitter Account @oxfordpodcasts | MediaPub Publishing Portal for Oxford Podcast Contributors | Upcoming Talks in Oxford | © 2011-2025 The University of Oxford