Download MPhys Physics with Research Placement Syllabus [PDF 57.27KB]

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts
no text concepts found
Transcript 
School of Mathematical and Physical Sciences
Department of Physics and Astronomy
Syllabus Rules 2016/17
F3011U
Physics (research placement) (MPHYS)(FT)
Period
Term
Syllabus Rule
Credits
Level
Course Description
Code
1(FT)
T1
Core
15
4
Classical Mechanics
F3210
Core
15
4
Mathematical Methods for Physics 1
F3201
Core
15
4
Physics in Practice
F3229
Option
15
4
Introduction to Astrophysics
F3237
F3241
T2
Option
15
4
Foundations of Modern Physics
Core
15
4
Classical Physics
F3240
Core
15
4
Mathematical Methods for Physics 2
F3202
Core
15
4
Oscillations, Waves and Optics
F3215
Core
15
4
Physics Year 1 Laboratory
F3222
Total credits
120
Department
Pre-R
Co-R
F3210.F3201
F3210[T1]
F3201[T1]
F3201[T1]
Syllabus Rule: Students must take 1 option [15 credits] in T1.
2(FT)
T1
T2
Core
15
5
Electrodynamics
F3204
Core
15
5
Mathematical Methods for Physics 3
F3205
Core
15
5
Physics Year 2 Laboratory
F3226
Core
15
5
Scientific Computing
F3212
F3235
Core
0
5
Summer Research Placement 1
Core
15
5
Quantum Mechanics 1
F3239
Core
15
5
Skills in Physics 2
F3227
Core
15
5
Thermal and Statistical Physics
F3224
Option
15
5
Stars & Planets
F3223
Option
15
5
Theoretical Physics
F3217
Total credits
120
L4:
F3201[T1];
F3210[T1];
L4:
F3201[T1];
F3202[T2]
F3205[T1]
L4:
F3201[T1] ;
F3202[T2]
F3205[T1]
Syllabus Rule: Students must take 1 option [15 credits] in T2.
3(FT)
T1
T1-2
T2
Core
15
6
Atomic Physics
F3211
Core
15
6
Condensed State Physics
F3230
Core
15
6
Nuclear and Particle Physics
F3221
F3236
L5: F3239[T2]
L5: F3239[T2] F3211[T1]
Core
0
6
Summer Research Placement 2
Core
30
6
Advanced Physics Laboratory
F3219
Core
15
6
Quantum Mechanics 2
F3225
Option
15
6
Researching STEM
899S1
Option
15
6
Advanced Condensed State Physics
F3231
Option
15
6
Lasers
F3218
Option
15
6
Particle Physics
F3214
Option
15
6
Physics Methods in Finance
F3062
Total credits
120
L4:
F3201[T1]
F3202[T2]
L.5:
F3239[T2]
L.6:
Education
L.5: F3226[T1]
L4:
F3201[T1]
F3202[T2]
L5: F3239[T2]
L6: F3230[T1]
L5: F3204[T1]
Syllabus Rule: Students must take 2 options [30 credits] in T2
4(FT)
T1
T1-2
T2
Option
15
7
Atom Light Interactions
897F3
Option
15
7
Programming in C++
898F3
Option
15
7
Data Analysis Techniques
890F3
Option
15
7
Further Quantum Mechanics
885F3
Option
15
7
General Relativity
881F3
Option
15
7
Introduction to Cosmology
900F3
Option
15
7
Quantum Field Theory 1
877F3
Option
15
7
Quantum Optics and Quantum Information
895F3
Core
45
7
MPhys Final Year Project
899F3
Core
15
7
Skills in Physics 4
896F3
Option
15
7
Early Universe
879F3
Option
15
7
Advanced Particle Physics
894F3
Option
15
7
Electrons, Cold Atoms & Quantum Circuits
888F3
Option
15
7
Experimental Quantum Technologies and Foundations
893F3
Option
15
7
Monte Carlo Simulations
865G1
Option
15
7
Particle Physics Detector Technology
880F3
Total credits
120
Syllabus Rule: Students must take a Total credits of 4 options [60 credits] across T1 and T2
Page 6
L.6: F3225[T2]
L.5:
F3239[T2]
L.6:
L.5:
F3239[T2]
L.7:
881F3[T1]
903F3[T1]
L.6:
F3214[T2]
L.7:
L.5:
F3239[T2]
L.6:
L.5:
F3239[T2]
Mathematics
L.7:
885F3[T1]
Related documents