「School:物理学と天文学」の版間の差分
fromen:Wikiversity:School:Physics 02:23,28 July 2007 (UTC) |
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** [[Topic:宇宙物理学|宇宙物理学]] |
** [[Topic:宇宙物理学|宇宙物理学]] |
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** [[Topic:星に関する宇宙物理学|星に関する宇宙物理学]] |
** [[Topic:星に関する宇宙物理学|星に関する宇宙物理学]] |
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* [[Topic:原子、分子、光学に関する物理学|原子、分子、光学に関する物理学]] |
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* [[Topic:Atomic, molecular, and optical physics|Atomic, molecular, and optical physics]] |
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** [[Topic: |
** [[Topic:原子物理学|原子物理学]] |
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** [[Topic: |
** [[Topic:分子物理学|分子物理学]] |
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** [[Topic:原子、分子の天文学|原子、分子の天文学]] |
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** [[Topic:Atomic and molecular astrophysics|Atomic and molecular astrophysics]] |
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** [[Topic:化学物理学|化学物理学]] |
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** [[Topic: |
** [[Topic:光学|光学]] |
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** [[Topic: |
** [[Topic:フォトニクス|フォトニクス]] |
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* [[Topic: |
* [[Topic:素粒子物理学|素粒子物理学]] |
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** [[Topic:原子核物理学|原子核物理学]] |
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** [[Topic: |
** [[Topic:原子の天文学|原子の天文学]] |
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** [[Topic: |
** [[Topic:素粒子の天文学|素粒子の天文学]] |
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** [[Topic:素粒子物理学の現象|素粒子物理学の現象]] |
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** [[Topic:Particle physics phenomenology|Particle physics phenomenology]] |
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* [[Topic:物性物理学|物性物理学]] |
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** [[Topic: |
** [[Topic:固体物理学|固体物理学]] |
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** [[Topic:高圧下での物理学|高圧下での物理学]] |
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** [[Topic:低温物理学|低温物理学]] |
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** [[Topic:界面化学|界面化学]] |
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** [[Topic:ナノ、ミクロの物理学|ナノ、ミクロの物理学]] |
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** [[Topic:Nanoscale and mesoscopic physics|Nanoscale and mesoscopic physics]] |
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** [[Topic: |
** [[Topic:高分子物理学|高分子物理学]] |
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==参加者== |
==参加者== |
2007年7月30日 (月) 01:48時点における版
学校はさまざまな学部と学科を含む大きな組織です。学部と学科はリストに載せるべきです。学習のための出典は学校には含まれないべきです。学校には学習コースと学習教材があります.
学科
学校の学部と学科はTopic名前空間のページに存在するべきです。学部の名前はTopicで始めてください。学部と学科は学習教材と学習プロジェクトにつながっています。学部は学科に細分されます。学校、学部、学科についてもっと知りたい方は命名会議を見てください。ぜひ学部を編集してください。
参加者
- User:Roadrunner - Please contact me if you have any questions on physics and astronomy. I am currently trying to create a degree plan Wikiversity:Bachelor of Science in Physics that will be an open architecture degree which replicates the Course 8 experience at the Massachusetts Institute of Technology
- User:Alisone
中心となる学習コース
The following courses are incorporated within several of the above departments as a core curriculum and are common of all types of physics degree. Additional courses, relevant to particular degree type, are specified in individual departments named above.
Courses are grouped by level of difficulty roughly related to an academic year at degree level. Normally you should not study a subject at a higher level until you have completed, or are at least familiar, with the previous level.
Click a link to start writing a course!
Pre-university level course area
Level 1
- Introductory Classical Mechanics
- Vibrations and Waves
- Thermodynamics
- Atomic Structure and Electromagnetic Radiation
Level 2
- Calculus II
- Advanced Classical Mechanics
- Linear Algebra
- Quantum Mechanics I
- Electromagnetism
- Statistics for Science
- Nuclear Physics
- Special Relativity
Level 3
- Study guide:Statistical mechanics
- Statistical Thermodynamics
- Particle Physics
- Fluid Dynamics
- Statistical Mechanics
- Fourier Analysis
- Geophysics
Postgraduate & Research
- Quantum Electrodynamics
- General Relativity
- Quantum Optics
- Continuum Mechanics
- Continuum Field Theory
- Plasma Physics
- History of Physics
- String Theory
- Center for the Study of General Relativity
Courses in Other Schools
Graduate Examinations
学習のための出典
As with all Wikiversity disciplines the courses here are supported by the texts at Wikibooks specifically of interest are the books on the Physics bookshelf . The books below are representative of what is available.
Wikibooks
- FHSST Physics
- Physics Guide
- Modern Physics
- Calculus Physics
- Physics With Transforms
- Special Relativity
- General Relativity
- Classical Mechanics
- GCSE Science
- A-Level Physics
- Basic Electricity
- Acoustics
- Energy and Power
- Statistical Mechanics
- Supersymmetry
- This Quantum World
- String Theory & M-Theory
- Engineering Thermodynamics
- Solid Mechanics
- Astronomy
- Astrophysics
- Physics Exercises
- Physics Study Guide
学習ガイド
ウィキペディアの記事
関係のあるニュース
- May 2, 2007 - Astrophysicists find that some giant, gaseous, extrasolar planets have earth like gravities...
- April 11, 2007 - Scientists may be able to detect Earth like planets in the future...
- March 20, 2006 - MIT researchers create optical device that could be used for faster interplanetary communication.
- November 10, 2000 - Scientists help light exceed the speed of light.
- June 10, 1999 - Researchers explore the possibility of warp drive citing: "This does not mean that the proposal is realistic."