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Enrichment Programme for Physics Talent |
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NEWS: Result of Module I, 2007-2008 |
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Please click here to check your result of Module I. |
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Mission: |
To provide learning opportunities for motivated and capable Sixth Formers so that they are better prepared for advanced study in physics. |
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Date: |
October 2007 to April 2008 |
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Modules: |
Required:
Mathematical Methods in Physics |
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Forms: |
Lectures and Tutorials |
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Teaching |
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Instructors: |
Teachers in CUHK Physics Department |
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Awards: |
Students who pass at least three modules will be issued certificates. Special awards will be presented to outstanding students. |
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Fees: |
Free of charge |
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Quota: |
60 for each module |
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Briefing session: |
A briefing session will be held on September 22, 2007 (Saturday) at 2:30 p.m. in L1, Science Centre, CUHK |
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Application: |
Applicant MUST attend the briefing session and present a photocopy of your HKCEE certificate or result slip on that day for application. Result of your application will be announced on the programme webpage: http://www.phy.cuhk.edu.hk/phytalent/ on October 13. |
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Recommendation: (Optional)
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A recommendation form must be completed by one of your secondary school teachers, and return by October 6 to the department by fax at 26035204 or mail to “Enrichment Programme for Physics Talent, Physics Department, Room 107, 1st Floor, Science Centre North Block, The Chinese University of Hong Kong, Shatin, N.T., Hong Kong.” Please click here to download the form. Note: This form is optional but definitely beneficial to your application. |
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Advisor: |
Mr. Hong-yung Cheng |
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Frequently Asked Questions(In Chinese only) |
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Latest information about this programme will be posted in this web page! |
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Inquiry: phytalent@phy.cuhk.edu.hk or phone to: 2609-6154 (Physics Department, CUHK) |
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Mathematical Methods in
Physics Topics include
partial differentiation, ordinary differential equations and coordinate
transformations. Students will not only learn to work rigorously with
mathematical methods but also appreciate the physical picture behind these
techniques. |
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Relativity The module introduces the principles and applications of special relativity: the constancy of the velocity of light, Lorentz transformations, 4-vectors, spacetime diagrams, paradoxes, addition of velocities, energy and momentum. |
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The Quantum World This module
introduces the basic ideas in quantum mechanics, which is the fundamental
theory in our understanding of matter. Topics to be discussed include:
the particle properties of light, the wave properties of matter, the
necessity of using a wave description for matter and its consequences (e.g.
wave function and its interpretation, atomic spectra, energy quantization, Schrodinger
equation, periodic table, uncertainty relations), and the current trend on
the design and manipulation of quantum systems (e.g. nanoscience and
technologies, microscopy based on wave nature of matter). [Students are
expected to have a good understanding on the concepts of waves at the HKCEE
level.] |
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Celestial Mechanics The module will
focus on the application of classical mechanics to solve the problem of
planetary motion. In particular, we will derive Kepler's Laws, understand and
mathematically calculate the orbits resulting from various initial
conditions, and we will discuss how applications of Kepler's Laws help to
discover blackholes, dark matter and extrasolar planets. |
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Note: |
The above infomation is for reference only. The Physics Department reserves the right to make changes to information. |