The Power of Analogy in the Study of Complex Systems
Fifty-First Series
by Haim Diamant
Research Associate
James Franck Institute
Individual Titles & Web Pages for Previous Lectures
The sheet of paper or screen of glass, at which you are looking, contains an overwhelming number of interacting components. The field of condensed matter physics deals with such complex systems. The development of scientific tools for tackling this complexity, especially when the systems undergo sharp transitions, is one of the great achievements of modern physics. Throughout this advance, physicists have often utilized analogies with simpler or better known systems. A good analogy reveals a subtle similarity in the structure or governing rules of two very different systems. Based on our knowledge of one system, it thereby allows us to draw conclusions concerning the studied system, which otherwise would be very complicated to reach.
The aim of the current series of lectures is to demonstrate the importance and convey the elegance of analogies in recent theories of condensed matter physics. Systems as diverse as magnets, DNA, semiconductors and sand will be discussed. We shall find surprising similarities and common principles in apparently unrelated systems, such as polymers and quantum particles, glasses and proteins, and even vacuum and biological cell membranes.
No scientific background is required. Just bring your curiosity and share in the excitement of modern scientific research.
Ten Lectures in all
Saturdays March 25 through June 3, 2000
(There will be NO lecture on Saturday, April 22 before Easter)
(There WILL be a lecture on Saturday, May 27 before Memorial Day)
First Lecture: Saturday, March 25, 2000 at 11 a.m.
Kersten Physics Building - Room 106 - 5720 Ellis Avenue
All Lectures are Free of Charge
Persons with a disability who believe they may need assistance
Please call Sara Bittinger in advance at (773) 702-7823