"Organic Radical
Chemistry: A
Primer"
The Gomberg meeting organizers are
pleased to
announce a one-day,
pre-meeting mini-course: "Organic Radical
Chemistry: A Primer".
The course will provide a speedy
introduction to organic radical chemistry
with an emphasis on
structure,
mechanism, and synthetic applications. It
is designed
provide a
foundation that will enrich the experience of its
students
at the
subsequent Gomberg Conference.
Learn from the
leaders!
Professor Martin E. Newcomb, Wayne
State
University, an expert in
radical kinetics and winner of the
2000 ACS James
Flack Norris Award in
Physical Organic Chemistry, will
cover structure and
mechanism.
Professor Dennis P.
Curran, University of Pittsburgh, a
leader in
synthetic radical
reaction reactions and winner of the 2000 ACS
Award for
Creativity in
Organic Synthesis, will conver synthesis.
Date
and
Time
Sunday, June 25th, 10am-4pm (The Gomberg Conference
starts
at 5:15 pm that evening and runs through
Thursday.)
Location
The University of Michigan, exact
location will be announced
Fees
Undergraduate Students |
$
25 |
Graduate Students |
$
50 |
Postdoctoral
Fellows |
$ 50 |
Industrial Chemists |
$ 200 |
Fees
include handouts and lunch.
The instructors are donating their
time,
and any excess proceeds will be
donated to the Gomberg
conference.
Answers to some of your questions:
Who should
att
end?
The course is geared towards graduate students
and
postdocs, but anyone interested in getting a quick foundation in
organic
radical chemistry is welcome. Advanced undergraduates will
benefit. The
course also is an ideal jump start for industrial
chemists
who want to
learn more about the field.
Do I have to
attend the
Gomberg meeting to attend the course? No. The
course
is designed as a
primer to enrich your experience at the meeting,
but
meeting attendance is
not required.
How do I register?
Send an email or fax to
Professor Dennis Curran
(curran@pop.pitt.edu,
1-412-624-9861) with your name
and address or register for the
minicourse along with your
conference
registration.
How can I get more information?
Contact
Professor Curran.
|