Day: Thursdays
Time: 2:00-3:00 p.m.
Location: HSSB 1210
Enrollment Code: 26468
Description:
The early twentieth century saw two major advances in theoretical physics:
Einstein’s theory of general relativity, which gives a framework for understanding
the universe on the scale of stars, galaxies, and beyond, and quantum mechanics,
which gives a framework for understanding the universe on the scale of molecules,
atoms, and subatomic particles. Both theories are extremely well tested under
ordinary physical conditions, but when they are extrapolated to extreme physical
conditions (such as near a black hole), they are incompatible. We will explore these
two important aspects of theoretical physics, as well as possible resolution to the
incompatibility known as superstring theory. Our discussion will emphasize metaphor
rather than equations; there are no mathematics or physics prerequisites, only a
willingness to engage difficult intellectual materials.
Professor David Morison, Mathematics & Physics, is an expert on the mathematical aspects of string theory. His recent courses include: Introduction to Linear Algebra, Advanced Linear Algebra, Special Topics in Physics (Calabi-Yau Compactifications), and Modern Algebra.
Email: drm@math.ucsb.edu
