write a brief note on the APPLICATIONS OF COMPUTATIONAL PHYSICS?
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solve three body problems
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If there is a college near you with a computer science department, you should hang fliers there.  I'm sure there's a student who would love to do this just for the experience.
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I can, the problem is that it's a bit long (but not that hard). the demo can be found in every physics book (e.g. Physics of solid state, C. Kittel)
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I think the numerical recipes book is the gold standard for solutions to these and many other kinds for problems.\n\nThis book is freely available online at\n\nhttp://www.library.cornell.edu/nr/cbookcpdf.html\n\nFor your questions take a look at chapter 10\n\nIf you can master this book you should have no shortage of programming opportunities.
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Computers make possible the study of the\nstructure of the biochemical molecules.\nThe computations are simply out of the\nquestion without lots of computer power.
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Your best bet is to go to your university library and look it up in the math and computer science section. There are books on this and if your library doesn't have them you can do an interlibrary loan to get them. To look extra smart, find an example in the literature and reference their work. Look up Peter Jurs' papers from Penn State University. They use genetic algorithms and neural networks to predict physical properties of molecules
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A good starting point is wikipedia:\nhttp://en.wikipedia.org/wiki/Free-electron_theory_of_metals\n\nWhen you read this link, follow some of the referenced links for details on the specific applications you listed...\n\nHope this helps!
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please (2 pdf documents)\nhttp://physics.angelo.edu/~dbixler/phys3444lab4new.pdf\nhttp://physics.angelo.edu/~dbixler/phys3444lab8.pdf
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Simple work as a programmer for a company that deals with physics
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Pick a simple language like Java to get your feet wet study up on threading and synchronization. I've included a decent link in my sources to educate you.  Once you've mastered that move on to the IEEE studies, look up Grid Computing, read about Blue Gene etc.
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finite element method\nit is used for systems identification , etc
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here's a site with pics that might give you some ideas:\n\n\nhttp://www.physics.usyd.edu.au/competition/comp1998/comp98.html
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http://hyperphysics.phy-astr.gsu.edu/hbase/electronic/posfe.html#c3\n\nThe link above may be of some help. Input the values you want or need.
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http://www.sciencebuddies.org/mentoring/project_ideas/home_Phys.shtml?gclid=CNDljtrK6IgCFQ7eSgodNw4Ssg\n\nthere are MANY projects available getting more complex as you come to the bottom of the page.
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Try out the Bohr magneton, electron sweeping, or Cerenkov radiation, applications of radiation...
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One use is superconductor research.\n\nhttp://www.iitap.iastate.edu/htcu/backissues/95APR01EM.TXT.html
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I have found that simulation software has been extremely useful for physics, chemistry, and even biology. Simulations allow students to ...\n\n- interact with what they are learning by giving them opportunities to play around with variables\n- slow down phenomenon to allow observation\n- play back interactions so that they can focus on one variable at a time\n- and learn by doing instead of just reading something in a dry textbook. Kids often feel that simulations are fun and almost gamelike\n- Three dimensional phenomenon can be modeled much easier on a computer screen than in a static, two-dimensional textbook page. We definitely found this to be the case when studying molecular shape.\n- simulations can eliminate the need for expensive, difficult to use, and dangerous lab equipment