Teaching
Metody molekulové dynamiky a Monte Carlo
(Methods of Molecular Dynamics and Monte Carlo)
Materialy a soubory z obou cviceni a zadani samostatne prace ke stazeni zde, vizualizace pouzite na cviceni ke stazeni zde.
ZKOUSKOVE A ZAPOCTOVE TERMINY:
13.1., 3.2., 10.2., 17.2. - vzdy streda v dopolednich hodinach (9:00-12:00)
Budova "Canon", Na Santince 5, Praha 6, bocni vchod, 1.p
Domluva konkretniho casu zkousky (nebo terminu v jinych nez vypsanych dnech) emailem.
Podminkou "obhajoby" samostatneho projektu je zaslani vypracovaneho protokolu na muj email nejpozdeji 2 DNY pred zkouskou.
30.9.2009 Prednaska 1, Cetba na priste: Clanek 1
7.10.2009 Prednaska 2, Cetba na priste: Clanek 2
14.10.2009 Prednaska 3, Cetba na priste: Clanek 3
21.10.2009 Prednaska 4, Cetba na priste: Clanek 4
28.10.2009 -----
4.11.2009 Prednaska 5, Cetba na priste: Clanek 5
11.11.2009 Prednaska 6, Cetba na priste: Clanek 6
18.11.2009 Prednaska 7, Cetba na priste: Clanek 7
25.11.2009 Prednaska 8, Cetba na priste: Clanek 8
2.12.2009 Prakticke cviceni 1 (9:00-12:00)
9.12.2009 Prednaska 9 - Vypocty volne energie (prednaska bez prezentace) - NEBUDE OBSAHEM ZKOUSKY!
16.12.2009 Prakticke cviceni 2 (9:00-12:00)
VANOCE
6.1.2010 Exkurze a seminar v UOCHB AV CR, diskuze k samostatnemu projektu
Budova "Canon", Na Santince 5, Praha 6, bocni vchod, 1.p; zacatek v 9:00!
12.1.2010 Individualni prace na projektu
Summer school
Summer School "Physics and chemistry of the atmosphere: From laboratory experiments to field campaigns"
was held at the Al. I. Cuza University of Iasi, Romania (2 - 14 July 2006).
Link to the Summer School web pages
At the Summer School, I taught a short course Classical and quantum molecular dynamics: Simulations of a condensed phase with examples of atmospherically relevant systems. The course covered the introduction into the classical MD simulations, interaction potentials, and integration of Newton's equations of motion (Lecture 1), periodic boundary conditions, interaction cutoff, and simulations in the canonical ensemble (Lecture 2), analysis of classical trajectories and visualization techniques (Lecture 3), brief introduction into the quantum dynamics (Lecture 4a), and several examples of projects, in which molecular dynamics was applied to problems relevant to atmospheric chemistry and physics (Lecture 4b).
Lecture 1
Lecture 2
Lecture 3
Lecture 4a
Lecture 4b
Past teaching
|
Pokročilé metody molekulové dynamiky (Jungwirth, Roeselová) (Advanced methods of molecular dynamics) |
P+CV | ZS 2008-2009 | MFF UK (NBCM051), PřF UK (MC260P91) |
|
Metody molekulové dynamiky a Monte Carlo (Roeselová, Jungwirth) (Methods of molecular dynamics and Monte Carlo) |
P+CV | ZS 2007-2008 | MFF UK (NBCM051), PřF UK (MC260P79) |
|
Klasická a kvantová molekulová dynamika (Jungwirth - zástup) (Classical and quantum molecular dynamics) |
P+CV | ZS 2001-2002 | MFF UK |
|
Klasická a kvantová molekulová dynamika (Jungwirth) - cvičení (Classical and quantum molecular dynamics) |
CV | ZS 2000-2001 | MFF UK |
|
Termodynamika a statistická fyzika (Marvan) - cvičení (Thermodynamics and statistical physics) |
CV | LS 1989-1990 | MFF UK |
Students
Martin Mucha: M.Sc. thesis "Electron Photodetachment
in Anionic Clusters: Spectroscopy and Quantum Dynamics",
co-supervisor (with Doc. P. Jungwirth), 2000-2002