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        編者按:(1A) Dear Professor ####: I am very sorry to bother you and send this e-mail, but I really wish to c... (1A)
             Dear Professor ####:
             I am very sorry to bother you and send this e-mail, but I really wish to
             contact you. I am a graduate student majoring in Condensed Matter Physics
             Theory in the Department of Physics, Beijing University (Beijing). I wish
             to pursue a doctoral degree in Physics at your University. My desired date
             of entrance is Fall, 2000. I have visited the homepage of the "Laboratory
             for Nanotech". I am writing this letter to you to introduce myself and
             query about the graduate programs at NCCNM. Thank you very much for
             reading this email.
             Born on SEP 10, 1979, I entered Huazhong Univ. of Science and Technology
             (HUST) when I was 15 years old. I finished the four-year undergraduate
             program in three years and achieved my degree of B. Eng. (Optoelectronic
             Engineering) in June 1997 with the honor of "Outstanding Graduate". Then,
             I was admitted to the Graduate School of Beijing University at the
             Department of Physics. I will obtain my degree of M. S. (Physics) in June
             2000. I have done much research work on the topics of mesoscopic physics,
             such as carbon nanotubes, persistent currents, Aharonov-Bohm geometric
             phase effects, electronic transport phenomena, etc. Such modern research
             topics attract me very much in that they are associated with both
             Condensed-Matter Physics and microelectronics, respectively my detail
             majors for M. S. and B. Eng.
             I wish to say that I am indeed interested in the graduate programs at
             Physics Dept. of Princeton University, and I eagerly wish that I can join
             your research group. As I have also strong research interests on carbon
             nanotubes, I do believe that the doctorate-oriented study under your
             direction will be of great help to me. I wonder, however, whether you do
             theoretical or experimental research works? I wish to state that, although
             my current research topics on carbon nanotubes are theoretical, I can also
             do experimental research works, especially optical studies, due to my
             undergraduate major in Optics. I hope my solid background in both physics
             and engineering can meet your general requirements of entrance to Physics
             Department as a graduate with financial supports. I deem it a great honor
             to become a graduate of Princeton, if admitted.
             Would you please consider my application and tell me whether it is
             possible for me to be enrolled as your graduate with financial supports?
             Thank you very much for your kind assistance. I am looking forward to
             receiving your reply.
             My current address is:
             #######
             Building Room
             University
             Beijing 100080
             People's Republic of China
             Thanks!
             Yours Sincerely
             #########
             (1B)
             Dear ######:
             Thank you for the email and your interest in our research program.
             I am very intersted in your application and would like to hear more. Are
             you interested in Fall 2000 or fall 2001? Certianly for 2001 there should
             be no problem getting research support, provided that your test scores,
             grades, etc. are acceptable to the university. For 2000, it would be a
             little tougher because of the short notice, but might be arranged under
             special circumstances.
             You asked about the nature of research here. In the laboratory, students
             generally couple calculations with experiment. We specialize in
             spectroscopic determinations of transport and electronic structure using
             scanning probes (STM and NSOM). To gain a detailed understanding of this,
             ab initio calculations must be compared with data. We have worked closely
             with J-C Charlier in Belgium, A. Rubio in Spain, and X. Blase in France
             using a variety of theoretical techniques including tight binding for
             structural information and LDA of DFT for electronics calcs.
             Our tunneling microscope is a low temperature Besoke design copied from
             the Julich group. We are capable of running at LHe temperatures for good
             energy resolution. We are in the process of constructing a near-field
             scanning optical microscope and a photon scanning tunneling microscope.
             These two new instruments should be on line around Dec.
             Our group focus is to understand the quantum dynamics and optical
             response of individual nano-systems like carbon nanotubes, B-doped
             nanotubes and filled nanotubes. Look for our latest publications coming
             out in the next months in PRL, JMR, and Advanced Materials. The entire
             group will also be at the MRS meeting in Boston.
             We would be pleased to consider your application for this year or next.
             ########
             Professor of Physics
             Princeton University
             (2A)
             Dear Professor #######:
             Thank you very much for your kind reply. I am sorry that during the
             summer vacation I cannot read and reply your email in time.
             As stated in my first letter, my desired entrance date is in Fall of
             2000. And I would like to provide my test scores. My TOEFL test score is
             647 (Oct. 1997) with a TWE score of 5.0. My GRE test score is 2340 (Oct.
             1996, V770 M800 A770). My GRE Subject score is 920 (Oct. 1998, Physics).
             And I will take the TSE test in the coming August. And my undergraduate
             and graduate GPA are both about 3.5 in 4.0, about top 10%-20% in my class.
            I wish to make a note that during my undergraduate study I was quite
             young, and during my graduate study I take many efforts to study the basic
             courses in Physics by myself, which may be the reason my GPAs are not in
             the top 5%. But now I believe that I have been quite familiar in the
             knowledges of Physics, both the courses and the researches. So I hope that
             my test scores and grades are acceptable to Priceton with financial
             supports.
             As to the research, I am very glad to learn the research background you
             provided in your letter. I am quite familiar with the works of X. Blase
             published in PRL and APL. I also know that J-C Charlier is a famous
             specialist in this field. So perhaps I could do theoretical research works
             in your group. Also, I am very glad to know that you have the needed main
             instruments for carbon nanotubes in your group, so that both theoretical
             and experimental works can be done.
             I am puzzled at the "MRS meeting in Boston" you mentioned in your
             letter. What is the full-name of MRS? Is it a meeting specialized in
             nano-systems? I do research works on carbon nanotubes almost totally by
             myself, and perhaps are not familiar with such fixed terms. Would you
             please explain the contents of this meeting? Thanks. And you mentioned
             that your latest publications will come out in next months in PRL. Would
             you please send me the page number of this paper in PRL, and if possible,
             the full text of this paper? The journal PRL reaches to China very late,
             usually several months to half a year after published, and I don't have
             the account to find the full-texts of PRL on-line.
             I am looking forward to receiving your warmhearted reply.
             Thanks.
             Yours sincerely
             ###########
             (2B)
             Dear #######:
             Thank you again for your email. From the sounds of your scores and
             grades, you should have no problem entering Princeton. I am quite familiar
             with the program that you are in and have had several close friends that
             have been there at Beijing University. In fact, ####### was in graduate
             school with me and she was in the accelerated program. She has done
             extremely well in the U.S. and after graduation went on to do some first
             rate science at a university in California.
             Since 2001 is your target date, I can begin to arrange funding for a
             research assistantship for you. These are nicer than teaching
             assistantships because they allow you to focus only on your research.
             Naturally, you will not be obligated to accept should you find other
             options. However, I believe that you will be most welcomed here in my
             group.
             You had asked about some of my publications, if you send me your address
             I can send preprints. They may take some time to get to China. You can
             find some of our work listed on our web site under my cv. This is an
             incomplete list but the PRL of last year is there and the latest hasnt yet
             been released from the publishers.
             We have been doing some interesting things lately with topological
             defects on tube manifolds that you might like. We have recently imaged
             nanotubes which exhibit a change in chirality along the tube! Tunneling
             spectra show that this produces subtle changes in the LDOS as predicted in
             some of X. Blase's work. We have also begun optical studies on individual
             nanotubes using near-field scanning optical microscopy and spectroscopy.
             We are particualry interested in how the surface plasmon resonances
             (governed by tube topology) effects the third order nonlinear
             susceptability in these objects.
             Thank you again for your interest in our group. May I suggest that we
             keep in contact over the year. Let me know your progress and I will try to
             help with the application procedures should you decide to join us.
             Sincerely
             XXX