Summer students
- I usually accept one or two
undergraduate summer
students each year.
- Summer students are normally between third and fourth year.
- Summer students usually work with me from May 1 to August 31.
- The pay is just over 2K$/month (of which half is
usually covered by NSERC if you are a Canadian).
- If you are interested, apply informally. Just
send me an email in December that includes a summary of your interests and a
copy of your transcript.
- I will start considering applications from mid January
until the positions are filled.
Graduate studies
Graduate studies in Mathematical Physics
elsewhere in Waterloo
Graduate studies with other faculty members in the
Department of Applied Mathematics:
- The Faculty of
Mathematics (which has around 200 professors) offers an
exceptionally wide range of high level courses. These cover the
whole spectrum of techniques that are of interest to a
mathematical physicist, from discrete mathematics and algorithms
to advanced differential geometry and cosmological quantum field
theory. There are faculty members with interests in quantum
information theory in the faculty's Department of Combinatorics
and Optimization and in the faculty's School of Computer
Science. In my home department, the Department of Applied
Mathematics, the following faculty members work in Mathematical
Physics:
- Prof. Joseph Emerson
- Prof. Florian Girelli (from January 2012)
- Prof. Robert Koenig (from July 2012)
- Prof. Zoran Miskovic
- Prof. John Wainwright (Emeritus)
- Prof. Josef Paldus (Emeritus)
Graduate studies "at Perimeter Institute":
-
- The
Perimeter Institute for Theoretical Physics
(PI) is an independent research institute in 15
minutes walking distance from the University of
Waterloo.
- PI does research into the foundations of
quantum theory and general relativity, with
applications ranging from quantum computing to
cosmology.
- Many of PI's researchers are
affiliated with UW and vice versa. This means
that UW is able to offer some highly specialized
graduate courses taught by researchers from PI.
In addition, the Institute frequently holds
international conferences, workshops and
schools, and it has a large flux of
international guest researchers who give
seminars. These events are of great benefit to
our graduate students.
- Important: PI is an independent
non-university research institution which has
does not itself confer degrees.
- PI has teamed up with UW and now offers a
one-year intensive coursework Masters, called
PSI, modeled after the "Part III of the
mathematical tripos" course of Cambridge. Under
the patronage of Stephen Hawking, PSI aims to
provide students with the best possible training
for subsequent research in theoretical physics.
For information about PSI, see
here.
- Students who wish to pursue graduate studies
towards a Thesis Masters or a PhD under
the supervision of a researcher at PI can do so
if that researcher is also a university
professor. Some PI researchers are university
professors and others are not. If the researcher
at PI is not, the student will need a co-supervisor
who is a university professor.
- Either way, the student will have to apply
to and enrol in a university graduate
program, for example in the Department of
Applied Mathematics here at the University of Waterloo. For this
purpose the student applies directly to the
university department, the same way as any other
prospective graduate student.
- In addition, the prospective graduate
student can apply to PI. If successful in
the PI competition, PI may grant the student a
desk at PI and possibly some financial support.
For details on what PI can offer graduate
students at UW, see the web site of PI.
- I am an affiliate member at PI but I
am based in the Department of Applied Math at
UW. I offer (very nice) office space to my grad
students in my lab. My students and I frequently
walk over to PI to take part in discussions and
seminars.
Graduate studies "at the Institute for Quantum
Computing (IQC)"
- The
Institute for Quantum Computing (IQC) is
part of the University of Waterloo.
- The IQC pursues mathematical and
experimental research into how to build and
operate quantum technology. It is part of a
world-wide effort to learn how to control
individual atoms and photons with one of the
main goals being to utilize quantum mechanical
phenomena to achieve an exponential speed-up of
certain types of calculations that are
important, for example, in cryptography.
- The IQC offers numerous opportunities,
i.e., potential supervisors, for graduate
students. These supervisors are based in various
departments, including the Department of Applied
Mathematics.