PHY 3091:
COMMUNICATION IN PHYSICS
Instructor:
Horst D Wahl,
- Office 512 Keen Bldg.,
- Phone 644-3509
- Office Hours: Monday, Tuesday 10 to 11,
after class and by appointment, any time you can get a hold of me
Class meetings: Monday and Wednesday 13:25 to 14:15 in UPL211
Prerequisite:
Interest in science and and in talking about scientific topics
Text: no text needed
Purpose of course:
-
The purpose of this course is to develop
abilities in the area of oral and written communication, with emphasis on
scientific and technological topics.
(Note that communication of scientific results and ideas takes up a
large fraction of a scientist's time and effort)
Outline of class:
- The class will be conducted in an informal
format, with everyone participating.
- Every student is expected to give three to four talks during the semester,
with the schedule of talks to be determined.
- In consultation with the instructor, students will choose
topics. The selected topics can be drawn from any area of physics or close
to physics (science other than physics is OK -- subject to instructor's approval,
but physics majors should talk about physics!)
The topic chosen can
be the subject of the student's research project or his/her interest, or
can be one that the group as a whole is interested in learning about.
- For those students who take the intermediate or advanced lab during this
semester, the physics related to the lab experiments, including
description of the experiments and discussion of the results, can serve as
suitable topics.
- Once topics have been agreed on, students will then
- produce a written outline of a short presentation of their selected topic
by deadlines to be determined and published by the instructor
- make short (about 15 minutes) presentations of the subject;
for this presentation, projection from a computer
file must be used, and the files have
to be submitted to the instructor one day before the presentation.
- goal of all of these activities:
- practice oral communication skills
- learn how to organize the material in a presentation;
- become more comfortable talking in front of others and develop
skills in delivering a talk;
- become accustomed to answering questions from the audience;
- Improve your thinking-on-your-feet capabilities.
- .....
- have fun talking about physics or other scientific topics,
and teach each other some physics or chemistry or biology,..
- practice writing understandably about scientific issues
- increase your proficiency with word-processing and presentation
software tools
- learn to use Powerpoint, OpenOffice, TeX (if you are interested)
- grading:
- final grade will be based on class participation (~25%), the
talk outlines (4%), and the presentations (~70%).
- Evaluation of talks: After every presentation, your instructor will
send you e-mail with comments, suggestions for improvements, and a point grade.
- Peer evaluation: In addition to being judged by your instructor,
your talk will also be evaluated by your fellow students
according to criteria shown in the evaluation form:
MSWord,
pdf.
This evaluation will give you feedback on how well you conveyed your
message to your audience.
Grade ingredients:
Class participation
|
28% |
talk outlines
|
1% each
|
First talk
|
14%
|
Second talk |
16% |
Third talk |
18% |
Fourth talk |
20% |
The only accepted method of submitting the
outlines and presentations is in the form of a computer file in a standard
format
(e.g. plain text, OpenOffice, MS Powerpoint, MSWord, TeX, pdf, postscript, html),
which has to be dropped into the Blackboard digital drop box (and sent to the
instructor).
Paper copies will not be accepted.
Websites:
ADA statement:
-
Students with disabilities needing academic accommodations should:
(a)
register with, and provide documentation to, the Student Disability Resource
Center (SDRC); and
(b) bring me a letter from SDRC indicating
your needed academic accommodations. Please do this during the first week of
class.
For more information on this see the
Resource Center's web site.
Academic honor code:
-
Students are expected to uphold the Academic Honor Code published in
The Florida State University
Bulletin and in the Student Handbook. The first paragraph is:
The
Academic Honor System of Florida State University is based on the premise
that each student has the
responsibility
- to uphold the highest standards of academic integrity in the student's own work,
- to
refuse to tolerate violations of academic integrity in the University community, and
- to foster a high
sense of integrity and social responsibility on the part of the University community.