Program

Topics		Lecturer
1. Photochemistry and photobiology
	Theoretical aspects	H. Lischka
	Experimental aspects	W. Fuss
2. Quantum chemistry: methods for excited state calculations
	Multi-reference methods	H. Lischka
	Time-dependent density functional theory	M. Elstner
	Semi-empirical methods	M. Elstner
3. Excited-state dynamics simulations
	Mixed quantum-classical dynamics methods (MQCD)	J. C. Tully
	Recent developments in MQCD methods	M. Persico
	Practical aspects in MQCD implementation	M. Barbatti
	The full multiple spawning method	P. Slavicek
4. Hybrid methods in excited-state dynamics
	Introduction to QM/MM	P. Sherwood
	Excited-state dynamics with QM/MM	G. Groenhof
	Environmental effects on a conical intersection	I. Burghardt

 

	Jul 7	Jul 8	Jul 9	Jul 10	Jul 11	Jul 12
9:00 –   9:45		L3	L6	L9	L12	L15
9:45 – 10:30		L4	L7	L10	L13	L16
10:30 – 11:00		Coffee break
11:00 – 11:45		L5	L8	L11	L14	L17
11:45 – 14:00		Lunch time
14:00 – 16:00		PW1	PW3	PW5	PW7
16:00 – 16:30	Regist.	Coffee break
16:30 – 18:00		PW2	PW4		PW6
17:45 – 18:00	Opening
18:00 – 18:45	L1
18:45 – 19:30	L2

 

	Total time (h)
L – Lectures	12:45
PW – Practical computational work	12:30

 

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