Einstein's Universe


A 10-week extra-mural course,
 presented by the

Department of Physics and Astronomy,
University of Glasgow.

Commencing January 2008

Albert Einstein

More than 100 years after his 'miraculous year' of 1905, when he laid the foundations of relativity and quantum theory, Albert Einstein remains a truly iconic figure. In this course we will explore the mysteries of Einstein's universe: from the big bang to black holes; from gravitational waves to Gods that play dice.

Course Documentation

Details of opportunity for submitting work for assessment:      pdf file

Course Presentations



Lecture 1: 14/01/08
pdf file
ppt file
Lecture 2: 21/01/08
pdf file
ppt file

biography

Lecture 3: 28/01/08
pdf file
ppt file
Lecture 4: 04/02/08
pdf file
ppt file
Lecture 5: 11/02/08
pdf file
ppt file
Lecture 6: 18/02/08
pdf file
ppt file
Lecture 7: 25/02/08
pdf file

Lecture 8: 03/03/08
link

Lecture 9: 10/03/08
pdf file
ppt file
Lecture 10: 31/03/08
pdf file
ppt file

sound file 1
sound file 2

Associated Movies

Some of the course presentations include movies; these are not embedded within the power point or pdf files.
They will need to be downloaded separately.  The movies will appear here as the course proceeds.

 
Einstein arrives in Pasadena
download
Subway train leaving station
download
Microwaving marshmallows
download
Apollo 15 astronaut David Scott dropping the hammer and feather
download
Animation of the inner solar system
download


Links to other resources

The Time Magazine Person of the Century poll
Wikipedia entry on the "Time 100"
Physics World "greatest physicists" poll
"Extreme Astrophysics": link to a previous DACE course, including (in Lecture 1) material on the scale of the Universe.
(note: username and password are 'extreme')
Comprehensive lecture notes on general relativity and gravitational wave detection.  (Warning: 96 pages, highly mathematical and not for the faint hearted!  These lectures were written for a European Graduate Summer School on gravitational waves)
Some useful further reading, suggested by Robert Barclay
Extract from spacetime physics, discussing the invariance of the spacetime interval via analogy with spatial measurements.
Scholarly article by H.R. Brown, on the origins of SR
Anthony Searle's website on "Visualising Relativity"
Audio file of Einstein describing Special Relativity
NOVA docudrama on Einstein and Special Relativity:
pdf file of transcript                       Link to NOVA homepage
Pole in the barn paradox:  link to a useful way of visualising this
Wikipedia page on Lorentz transformations.  ((Careful reading of this will help to explain the orientation of the blue and red axes in the pole in the barn diagrams, although the maths is rather complicated).
Wikipedia page on Inertial Frames of Reference
Counting Thoughts page on their "Weigh the World" challenge
SecEd coverage of the "Weigh the World" challenge
Wikipedia page on the Pound Rebka experiment
Home page of the Global Positioning System
"Moon Hoax" theory resources:  PPT file and movie clips.
(username = 'public', password = "outreach")
Wikipedia page on gravitational assist (slingshot) orbits
Einstein''s Glasgow lecture on the origins of General Relativity
Homepage of the Gravity Probe B mission
Wikipedia page on frame dragging
Article on the history of dark energy
Recent  "In  Our Time" Radio 4 programme on the Multiverse
Wikipedia page on Newton"s "Opticks", including links to online copies
Wikipedia page on Black Body Radiation
Einstein"s 1905 paper on light quanta
Wikipedia page on the "Double slit experiment"
Wikipedia page on Schrodinger's Cat
The  EPR Paradox paper
The  Bell Inequality paper which followed on from EPR
Alain Aspect's paper on experimental tests of Bell's Inequality
Recent Physics World article on quantum reality
Wikipedia page on Interpretations of Quantum Mechanics
John Cramer's Transactional Interpretation of Quantum Mechanics



<>Please send any comments or questions on Einstein's Universe to Martin Hendry