| Periods | What to do | |
| 1st Semester | Attend briefing on exchange programs | |
| 2nd Semester | 1. Study and play 2. Apply exchange programs | |
| 1st Summer | 1. Travel 2. Got selected for exhange in US next Spring | |
| 3rd Semester (Sep-Nov) | Visa, housing and ticket stuff | |
| 3rd Semester (Dec) | Departure | |
| 4th Semester | Find an advisor for research | |
| 2nd Summer | Research and Travel | |
| 5th Semester | Research and going back to own country | |
| 6th Semester | Find an advisor for final-year projects | |
| 3rd Summer |
1. Continue your research projects 2. Register for GRE General, Subject Tests and TOEFL 3. Research for schools you are going to apply | |
| 7th Semester (Sep-Oct) | 1. Start to find recommenders (at least three) 2. Prepare GRE and TOEFL | |
| 7th Semester (Oct) | Take the GRE General Test | |
| 7th Semester (Nov) | Take the GRE Subject Test | |
| 7th Semester (Dec) | Finish up your online application and essays | |
| 8th Semester (Jan-Feb) | Continue to apply schools according to their deadlines | |
| 8th Semester (Feb-Apr) | Wait for the letters | |
| 4rd Summer | Visas, Housing, Ticket and all stuff that need to be done before departure | |
| 4th Summer | Have FUN =) |
Sunday, July 8, 2007
Timeline of the US Graduate School Application
Instead of giving out an "ideal" timeline for the application, I would like to make a table according to my own experiences. Of course, the timing of some event may not be controllable (e.g. exchange period). I hope this will be good as a simple reference.
Wednesday, July 4, 2007
Statistics, statistics and statistics...
The following link is very useful if you are thinking about your career path in physics.
AIP Statistical Research Center
AIP Statistical Research Center
Tuesday, July 3, 2007
Remembering M$ windows
After years of very good experience with Ubuntu Linux, there are somethings that I miss M$ :
1. Film scanning (a Konica Minolta Scan Dual IV)...as there is no (free) driver for linux. I know Vuescan, but it's not free...
2. Mathematica
3. Form filling features in Acrobat Pro
4. TV recording (I can still watch tv, but can't find a program for recording yet...)
5. VPN (yes...becoz' my school is using M$ VPN. There must be some clues and I have to find it out..)
Actually the first two is not a problem if he pays or he is still living in the age of pirate softwares and bt.
1. Film scanning (a Konica Minolta Scan Dual IV)...as there is no (free) driver for linux. I know Vuescan, but it's not free...
2. Mathematica
3. Form filling features in Acrobat Pro
4. TV recording (I can still watch tv, but can't find a program for recording yet...)
5. VPN (yes...becoz' my school is using M$ VPN. There must be some clues and I have to find it out..)
Actually the first two is not a problem if he pays or he is still living in the age of pirate softwares and bt.
Taste like fresh
Studying graduate school is a very important investment, so as the application process. It is like betting, but for many aspects it's not. There are many approaches to get into some good graduate schools. However, as time goes on, the chances and choices are both getting fewer. In my view, freshmen are like plain papers. They do not have any GPA and research experience. Professors do not know them. The only thing that has been chosen is the name of the university. For international students, even the name of the university doesn't matter, since the American professors have rarely heard of it anyway.
10 Reasons to try Linux (a grad student perspective)
1. Linux is FREE
2. Easy to do programming (e.g. Fortran, C)
3. Easy to generate plots (e.g. gnuplot, xmgr)
4. Same terminal interface with the servers and/or supercomputer used in school
5. Easy to generate Latex documents
6. Your Boss uses it
7. No blue screen
8. Low hardware requirements for eye-candy (e.g. Beryl)
9. Better security
10. 95% of jobs you do on windows can be done on Linux too (e.g. watching movies, typing Chinese)
2. Easy to do programming (e.g. Fortran, C)
3. Easy to generate plots (e.g. gnuplot, xmgr)
4. Same terminal interface with the servers and/or supercomputer used in school
5. Easy to generate Latex documents
6. Your Boss uses it
7. No blue screen
8. Low hardware requirements for eye-candy (e.g. Beryl)
9. Better security
10. 95% of jobs you do on windows can be done on Linux too (e.g. watching movies, typing Chinese)
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