Distinguished Visiting Scholar

Distinguished Visiting Scholar

Posted in Activities, Distinguished Visiting Scholar on November 19th, 2011 by ana – Be the first to comment

“Non-Euclidean Sports and the Geometry of Surfaces”

Richard Canary

Thursday, December 1, 2011 - 7:00 pm

Templeton Student Center, Council ChambersRichard Canary

For those of us who are not flatlanders, it can be hard to visualize the properties associated with non-Euclidean surfaces. While we can intuitively understand the properties of flat-space and to a certain extend spherical spaces (as we live on a sphere ourselves!), we do not have the same intuition for hyperbolic spaces. Professor Richard Canary has developed a lecture which remedies this issue. He will be discussing the impact of hyperbolic geometry on various sports and the classification of these surfaces and their natural geometries. This will lead to a look into the progress being made on the geometrization of 3-dimensional spaces.

A little about the speaker:

Mathematician Richard Canary received his M.S. in Mathematics from Warwick University in Coventry, England in 1984 and his Ph.D. in Mathematics from Princeton University in 1989. He is currently a Professor of Mathematics at the University of Michigan Ann Arbor. He has authored over 40 papers on a variety of mathematical subjects.

His current research interests include low-dimensional topology and Kleinian groups.

Distinguished Visiting Scholar

Posted in Activities, Distinguished Visiting Scholar on January 25th, 2011 by awalcott – Be the first to comment

hofstadter34

“Analogy as the Core of Cognition”
Douglas Hofstadter
Monday, January 31st- 7:00pm
Templeton Campus Center, Council Chamber

Hofstadter holds a M.S. and Ph.D. in Physics from University of Oregon and a bachelor’s degree in Mathematics from Stanford University. He is the author of Goedel, Escher, Bach: An Eternal Golden Braid; I am a Strange Loop; Le Ton beau de Marot, and The Mind’s I, among others. Hofstadter’s interests concerning the human mind are varied, ranging from errors as a window on the mind, to the mechanisms of creativity, to the nature of consciousness. Currently his most active goal is to reveal how analogy-making lies at the base of all human thought. Hofstadter also has an interest in languages and translation.

The Physics of Superheroes

Posted in Distinguished Visiting Scholar on April 2nd, 2010 by ana – Be the first to comment

In the middle of last semester, a group of us got together as the Distinguished Visiting Scholar committee (henceforth called DVS). We were all given the task to pick out two scholars we would like to hear give a lecture on campus. I found this task to be daunting. I had a hard time coming up with physicists/mathematicians I would like to hear speak. Then one of my high school friends told me about James Kakalios, a professor at the University of Minnesota who teaches a freshmen seminar class entitled “Everything I needed to know about physics I learned from reading Comic Books.” Now, you probably don’t know this about me, but I absolutely love comic books, and I’m a physics major. To me, this lecture seemed perfect.

So, I sat down and with the help of the DVS committee, I wrote a letter to him, asking him to come to campus and give a lecture based on his book The Physics of Superheroes. He e-mailed me back during our winter break, asking me if the opportunity was still available. We arranged for him to come visit and give a lecture on March 16.

Thinking that the opportunity was too good to pass up, I asked Professor Kakalios if he would be willing to give an extra lecture on his research (yes, he is an actual physicist too!) for the physics department the day before his superheroes lecture. To which he agreed.

The day that Professor Kakalios finally got to campus I was really worried. I am very nervous about meeting new people. As I was walking to my last class of the day, I happened upon Professor Kakalios standing in Howard Hall. I nervously headed over to him and introduced myself. We shared a few pleasantries and I went on to my class. While I then believed that he was a kind man, I was worried that no one would come to the lecture, or worse, that it would go over poorly.

Before his superhero lecture, the Pamplin Society put a small dinner on for the society and members of the physics department. At the dinner, I listened to Kakalios tell stories about the comic book store he used to visit across from his elementary school. I was totally enamored with him. He even wore a tie portraying my favourite super heroes, the Fantastic Four.

The lecture started and the audience was met with many great comic references that contain actual physics concepts.  My personal favourite from the lecture was how Kitty Pryde’s superpower can be related to electron tunneling. Quantum mechanics tells us that there is a certain probability that an electron under proper circumstances can pass through a “solid” barrier without disturbing the barrier or itself. This probability is found through the use of Schrödinger’s Equation. So, Kitty Pryde’s mutant power can be viewed as the power to alter her quantum wave function,  making the probability of her being able to “tunnel” through the wall 100%, and therefore passing through the wall.

I think that it is obvious that I am not the only one who enjoyed the lecture. Throughout the lecture, I could hear my professors and peers laughing at Kakalios’s various jokes.

Overall, I thought that the lecture went well. And more than just going well, I learned a lot about how putting on a lecture on campus goes. I have learned a lot about what we should do differently next year and what we should keep the same.

Distinguished Visiting Scholar Series 2010

Posted in Activities, Distinguished Visiting Scholar on February 9th, 2009 by bbrysacz – Be the first to comment

clip_image0013

“The Uncanny Physics of Superheroes”
James Kakalios
Tuesday, March 16, 2010    7:30pm
Templeton Campus Center, Council Chamber

James Kakalios, a physics professor at the University of Minnesota, will be this year’s Robert B. Pamplin Jr. Society of Fellows Distinguished Visiting Scholar.

In his lecture, Kakalios will explore the applications of physics on superheroes, the subject of a course he teaches at the University of Minnesota. This class covers everything from Isaac Newton to the transistor, using only examples from superhero comic books. Kakalios says superhero comic books get their science right more often than one might expect. Anyone who has wondered how strong you would have to be to “leap a tall building in a single bound” should attend this lecture!

About the speaker:

James Kakalios received his Ph.D. in physics from the University of Chicago in 1985. He is the Taylor Distinguished Professor in the University of Minnesota’s School of Physics and Astronomy. In 2007, in response to a request from the National Academy of Sciences, Kakalios served as the science consultant for the Warner Bros. superhero film Watchmen. In 2009 he filmed a short video on the Science of Watchmen which was viewed over 1.5 million times times in the first few months of being posted on YouTube.

His research interests include nanocrystalline and amorphous semiconductiors, pattern formation in sandpiles and fluctuation phenomena in neurological systems. He has been reading comic books longer that he has been studying physics.

———————————————————

This lecture is free and open to the public.

Email questions to awalcott@lclark.edu