.png)
Program information
Curriculum
DOCTOR OF PHILOSOPHY PROGRAM IN THEORETICAL PHYSICS AND NATURAL PHILOSOPHY (INTERNATIONAL PROGRAM)
Level
Doctoral
Faculty / Institute
PROJECT FOR THE ESTABLISHMENT OF THE NAKHONSAWAN CAMPUS PROJECT
Website
Degree Designation
DOCTOR OF PHILOSOPHY(THEORETICAL PHYSICS AND NATURAL PHILOSOPHY)
Admission Requirements
Curriculum Structure
Plan 2.1 For students with Master's Degree
Required Courses
11
Credits
Elective Courses not less than
2
Credits
Dissertation
36
Credits
Total not less than
48
Credits
Plan 2.2 For students with Bachelor's Degree
Required Courses
23
Credits
Elective Courses not less than
2
Credits
Dissertation
48
Credits
Total not less than
72
Credits
Job Option after Graduation
- An academician or an expert in universities, government or private institutions.
- A researcher in theoretical physics in research institutions.
- A quantitative model analyst in financial institutions, private companies, other institutions which acquire knowledges in physics, complex system, environment, social system, economics and finances.
Course Requirements
Plan 2
| Required Courses | Credit | ||
| For students with Bachelor's degree | |||
| NWTP511 : CLASSICAL DYNAMICS | 2 | ||
| NWTP512 : QUANTUM MECHANICS | 2 | ||
| NWTP521 : EQUILIBRIUM THERMODYNAMICS AND PHASE TRANSITIONS | 2 | ||
| NWTP531 : FLUID DYNAMICS | 2 | ||
| NWTP601 : INTEGRABLE SYSTEM | 2 | ||
| NWTP611 : CLASSICAL FIELD THEORY | 2 | ||
| NWTP641 : COMPLEX AND ADAPTIVE SYSTEMS | 2 | ||
| NWTP691 : THEORETICAL PHYSICS AND NATURAL PHILOSOPHY SEMINAR | 1 | ||
| NWTP701 : PHILOSOPHY OF NATURAL SYSTEMS | 1 | ||
| NWTP702 : SYMMETRIES AND LIE ALGEBRA IN PHYSICS | 2 | ||
| NWTP741 : NON-LINEAR DYNAMICS | 2 | ||
| NWTP801 : GEOMETRY AND TOPOLOGY IN PHYSICS | 3 | ||
| For students with Master's degree | |||
| NWTP641 : COMPLEX AND ADAPTIVE SYSTEMS | 2 | ||
| NWTP691 : THEORETICAL PHYSICS AND NATURAL PHILOSOPHY SEMINAR | 1 | ||
| NWTP701 : PHILOSOPHY OF NATURAL SYSTEMS | 1 | ||
| NWTP702 : SYMMETRIES AND LIE ALGEBRA IN PHYSICS | 2 | ||
| NWTP741 : NON-LINEAR DYNAMICS | 2 | ||
| NWTP801 : GEOMETRY AND TOPOLOGY IN PHYSICS | 3 | ||
| Elective Courses | Credit | ||
| COURSES IN FOUNDATION OF THEORETICAL PHYSICS AND MATHEMATICS | |||
| NWTP501 : MATHEMATICAL METHODS OF PHYSICS | 2 | ||
| COURSES IN HIGH ENERGY PHYSICS | |||
| NWTP813 : STATISTICAL FIELD THEORY | 3 | ||
| COURSES IN FOUNDATION OF THEORETICAL PHYSICS AND MATHEMATICS | |||
| NWTP502 : GREEN'S FUNCTIONS AND PROPAGATIONS | 2 | ||
| NWTP503 : NUMERICAL METHODS IN PHYSICS | 2 | ||
| NWTP513 : CLASSICAL ELECTRODYNAMICS | 2 | ||
| NWTP522 : EQUILIBRIUM STATISTICAL MECHANICS AND KINETIC THEORY | 2 | ||
| NWTP532 : VIBRATIONS AND WAVES | 2 | ||
| NWTP551 : SPECIAL RELATIVITY | 2 | ||
| NWTP612 : RELATIVISTIC QUANTUM MECHANICS | 2 | ||
| NWTP613 : QUANTUM MECHANICS AND PATH INTEGRALS | 2 | ||
| NWTP614 : PARTICLES AND FIELDS | 2 | ||
| NWTP631 : SIGNALS AND SYSTEMS | 2 | ||
| NWTP681 : STATISTICS FOR PHYSICS | 2 | ||
| NWTP682 : COMPUTER SIMULATION FOR PHYSICS | 2 | ||
| COURSES IN HIGH ENERGY PHYSICS | |||
| NWTP711 : RELATIVISTIC QUANTUM FIELDS I | 3 | ||
| NWTP712 : RELATIVISTIC QUANTUM FIELDS II | 3 | ||
| NWTP713 : SOLITON AND INSTANTON | 3 | ||
| NWTP714 : QUANTUM FIELDS IN CURVED SPACETIME | 3 | ||
| NWTP715 : FINITE TEMPERATURE FIELD THEORY | 3 | ||
| NWTP811 : SUPERSYMMETRY AND SUPERGRAVITY | 3 | ||
| NWTP812 : STRING THEORY | 3 | ||
| NWTP814 : LOOP QUANTUM GRAVITY | 3 | ||
| NWTP815 : ADVANCED QUANTUM FIELD THEORY | 3 | ||
| NWTP816 : TOPOLOGICAL GAUGE THEORY AND GEOMETRICAL PHASES | 3 | ||
| COURSES IN GRAVITATIONAL THEORY AND COSMOLOGY | |||
| NWTP751 : GENERAL RELATIVITY | 4 | ||
| NWTP761 : COSMOLOGY | 3 | ||
| NWTP762 : THE EARLY UNIVERSE | 3 | ||
| NWTP763 : OBSERVATIONAL COSMOLOGY | 3 | ||
| NWTP851 : ADVANCED GENERAL RELATIVITY | 3 | ||
| NWTP852 : SCALAR-TENSOR THEORY OF GRAVITATION | 3 | ||
| NWTP853 : DARK ENERGY AND MODIFICATIONS OF GRAVITY | 3 | ||
| NWTP854 : GAUGE SYMMETRIES IN GRAVITATION | 3 | ||
| NWTP855 : PHYSICS OF BLACK HOLES | 3 | ||
| NWTP856 : THEORETICAL FOUNDATIONS OF COSMOLOGY | 3 | ||
| NWTP861 : COSMIC MICROWAVE BACKGROUND RADIATION | 3 | ||
| NWTP862 : QUANTUM COSMOLOGY | 3 | ||
| COURSES IN COLLECTIVE SYSTEMS AND COMPLEXITY | |||
| NWTP721 : NON-EQUILIBRIUM THERMODYNAMICS | 3 | ||
| NWTP722 : ADVANCED STATISTICAL MECHANICS | 3 | ||
| NWTP723 : NON-EQUILIBRIUM STATISTICAL MECHANICS | 3 | ||
| NWTP731 : TURBULENCE | 3 | ||
| NWTP732 : FLUCTUATIONS IN PHYSICAL SYSTEMS | 3 | ||
| NWTP733 : SYNCHRONIZATION | 3 | ||
| NWTP734 : CONDENSED MATTER PHYSICS | 3 | ||
| NWTP735 : GRANULAR PHYSICS | 3 | ||
| NWTP742 : COMPLEX NETWORK | 3 | ||
| NWTP743 : SCALING | 3 | ||
| NWTP744 : SELF-ORGANIZATION AND PATTERN FORMATION | 3 | ||
| NWTP771 : PHYSICS OF ECONOMY AND FINANCIAL SYSTEM | 3 | ||
| NWTP772 : PHYSICS OF SOCIAL SYSTEM | 3 | ||
| NWTP773 : PHYSICS OF ECOLOGICAL SYSTEM | 3 | ||
| NWTP774 : PHYSICS OF TRAFFICS | 3 | ||
| NWTP781 : PROBABILITY, ENTROPY, INFORMATION AND COMMUNICATION | 3 | ||
| NWTP782 : การวิเคราะห์ข้อมูลแบบเบย์ | 3 | ||
| NWTP783 : TIME SERIES ANALYSIS | 3 | ||
| NWTP784 : RANDOM MATRIX THEORY | 3 | ||
| NWTP785 : STOCHASTIC CALCULUS FOR PHYSICS | 3 | ||
| NWTP786 : APPLIED GAME THEORY AND EVOLUTIONARY DYNAMICS | 3 | ||
| NWTP821 : THEORY OF CRITICAL PHENOMENA | 3 | ||
| NWTP822 : PHASE TRANSITIONS IN CLASSICAL FIELD THEORY | 3 | ||
| NWTP841 : SYNERGETICS I | 3 | ||
| NWTP842 : SYNERGETICS II | 3 | ||
| NWTP843 : CATASTROPHE THEORY | 3 | ||
| NWTP844 : RANDOM WALK AND RENORMALIZATIONS | 3 | ||
| Dissertation | Credit | ||
| For students with Bachelor's degree | |||
| NWTP799 : DISSERTATION | 48 | ||
| For students with Master's degree | |||
| NWTP699 : DISSERTATION | 36 | ||
