The science dedicated to understanding how the world around us behaves.
In this course, Professor Martin Hendry (University of Glasgow) discusses how we can use gravitational wave detections to help us refine our measurement of the expansion rate of the Universe. In the first mini-lecture, we introduce gravitational...
Prof. Martin Hendry
University of Glasgow
In this course, Professor Adrian Kent (University of Cambridge) explores relativistic and quantum cryptography. In the first mini-lecture, we introduce the key principles in the Special Theory of Relativity and in Quantum Theory that are needed to...
Prof. Adrian Kent
University of Cambridge
In this course, Professor David Griffiths (Reed College) gives an introduction to Einstein’s Theory of Special Relativity. In the first mini-lecture, we discuss Einstein’s two postulates of Special Relativity — the principle of relativity and the...
Prof. David Griffiths
In this course, Professor David Wineland (University of Oregon) discusses atomic clocks. In the first mini-lecutre, we compare traditional and modern methods of navigation, where we see that precision in a clock’s ‘tick rate’ is essential for...
Prof. David Wineland
University of Oregon
In this course, Professor Jens Gundlach (University of Washington) explores gravity, in particular, gravity experiments. In the first mini-lecture, we give an overview of how our understanding of gravity and the Universe has evolved from ancient...
Prof. Jens Gundlach
University of Washington