Education at MAX-lab

MAX-lab provides six courses in accelerator physics and synchrotron radiation instrumentation. There are introductory courses to accelerators and synchrotron based science (MAXM06 and MAXM07) and more advanced courses (MAXM16 and MAXM05). In addition there is a course covering both accelerators and their applications in view of MAX IV and ESS (MAXC11/EXTF90) and a general course focusing on recent research activities at MAX-lab (MAXA01).

 

All the courses are given individually but MAX-lab has an own MSc program and collaborates with LTH to provide specialization in Accelerators – physics and technology.

 

General courses

	MAXA01 The frontiers of science - A research school at MAX-lab, 7,5 credits
	MAXC11 / EXTF90 Production of Photons and Neutrons for Science, 7,5 credits

Introductory courses

	MAXM06 Introduction to Synchrotron Radiation Based Science, 7,5 credits
	MAXM07 Introduction to Accelerators and Free Electron Lasers, 7,5 credits

Advanced courses

	MAXM16 / EXTN95 Experimental Methods and Instrumentation for Synchrotron Radiation Research, 7,5 credits
	MAXM05 / EXTN90 Accelerators and Free Electron Lasers, 7,5 credits
	MAXM17 Project in Synchrotron Radiation Based Science, , 7,5 credits
	MAXM30 Master' s Degree Project in Synchrotron Radiation Based Science, 30 credits

Programmes

	Master programme in Synchrotron Radiation Based Science
	LTH specialization Accelerators – Physics and Technolgy
	Bachelor's programme in Natural Sciences with focus on neutrons and electrons (offered by the Department of Physics at Lund University)

 

 

Different study tracks:

	Master of Science	LTH specialization
1st year	MAXC11 MAXM06               MAXM07 MAXM05 MAXM16 MAXM17	MAXC11 / EXTF90 MAXM16 / EXTN95 MAXM05 / EXTN90
2nd year	MAXM30 Additional courses

 

---