My name is Ingemar Bengtsson, and I have
been a lecturer at Fysikum in
The
research areas that I like the best usually have something to do with geometry.
General relativity is a favourite. Most of my work there is on black holes. My
strongest prejudice is that the world has four dimensions; this is the
direction in which I look for clues about quantum gravity. Then I work on
quantum information theory, since the geometry of the space of quantum states
is wonderful and rather mysterious. What I find fascinating about relativity
and quantum mechanics---as it happens, the two deepest theories we have---is
that their basic equations have been around for almost a hundred years, and yet
they keep springing conceptual surprises on us. I am looking for the next
surprise (but I do keep a weather eye open on other subjects as well).
I am told that some scientists think that there is something queer going on in
the Universe while others, on the whole, don't. I tend towards the former
viewpoint, but this is probably not apparent from my published papers. Some examples of those are:
Of course,
not all my papers are published.
With Karol Zyczkowski from
I occasionally try to write popular
science articles. They are all in Swedish:
I organize a seminar in theoretical physics
together with Edwin Langmann from KTH,
Eddy Ardonne from Nordita,
and Marcus Berg from SU, Wednesdays at 11 o'clock, usually in FA31. You can
find out who the next speaker is, and if the place really is FA31, at agenda.albanova.se , under "Seminars ---
Theoretical Physics seminars". In the fall of 2010 Mohamed Bourennane, Gunnar Björk,
and I will organize a Nordita workshop in quantum
information, together with an major conference (October 4-8).
My views on teaching happen to be identical to those of Fred Hoyle, as
expressed in " The Universe: Past and present reflections " (Ann. Rev. Astr. Astrophys. 1982), so there is no need to repeat them here.
This academic year I teach Statistical physics and Analytical mechanics. (I
expect to teach in English, since I expect English speaking students.)
· Statistisk fysik I, starts January 2010. My lectures follow a book---a splendid book---by Manfred Schroeders, "An Introduction to Thermal Physics",
especially part III, and parts of chapter 5. I assume that the participants
have some familiarity with parts I and II of the book, but not that they have
understood them perfectly. The program for this year's course (including
exercises): Statistical Physics. You can also see some old exams if
you like: Exams.
· Analytisk mekanik, starts January 2010. The official
book is är Goldstein,
Examples of lecture notes:
I enjoy
supervising Master's Theses and such things. Some recent ones include
“The convex hull of spin coherent states” by
Muhammad Sadiq, "Conformal compactification
and anti-de Sitter space" by Valentina Di Carlo,
"Gleason's theorem" by Helena Granström,
"The rotationally invariant dispersion measure" by Ahmed Abdelrahman, and "Squashing anti-de Sitter space"
by Patrik Sandin. My
graduate student is Kate Blanchfield.
My Erdös number is 3. My Einstein number is 4. And one more thing. A quote from James Lovelock, which I
have already had occasion to think about:
"Of all the prizes that come from surviving more than fifty years, the
best is the freedom to be eccentric."
Email:
Finally,
this link is for some test purpose only: