|
20 May Friday |
21 May Saturday |
22 May Sunday |
23 May Monday |
24 May Tuesday |
25
May Wednesday |
|
17:30
Arrival from Kraków |
8:00 Breakfast |
||||
|
M.
Toulemonde |
M.
Folkard |
School Excursion |
A.
Marcelli |
L.
Dobrzyñski |
|
|
S.
Cottenier |
M.
Folkard |
P.
Marsza³ek |
P.
Esquinazi |
||
|
Coffee break |
Coffee break |
||||
|
U.
Schröter |
A.
Hauptner |
G.
Klingelhöfer |
P.
Wigen |
||
|
M.
Takai |
K.
Burda |
K.
Jones |
Closing |
||
|
13:00
Lunch |
14:30
Lunch |
13:00
Lunch |
|||
|
Mountain activities -
on your own expenses |
Mountain activities -
on your own expenses |
H.
Hahn |
A.
Kulik (30”) |
14:00
Departure to Kraków |
|
|
Coffee
break |
K.
Lebed (15”) |
||||
16:30-17:15 |
H.
– J. Elmers |
A.
D¹browska (15”) |
||||
17:15-18:00 |
C.
L’abbe |
M.
Targosz (15”) |
||||
|
18:30
Dinner |
18:00 Dinner |
18:30 Dinner |
18:00 Dinner |
||
19:00-21:30 |
Opening Welcome
reception |
H.
Wolf (30”) |
19:00 Social
evening |
19:30-
21:30 |
|
|
B.
Kalska (15”) |
P.
Korecki (45”) |
|||||
A.
Kukunin (15”) |
J.
Gryboœ (15”) |
|||||
V.
Auzelyte (15”) |
J.
C. Li (15”) |
|||||
A.
Garcia (15”) |
W.
Polak (15”) |
|||||
G.
Matei (15”) |
|
The full program in the pdf-version is available here.
→ LECTURES
→ SEMINARS
K.
Burda |
Energy
and Electron Transfer in Photosynthesis Investigated with Mössbauer
Spectroscopy. |
|
S.
Cottenier |
Getting
Insight into Condensed Matter by ab initio Calculations. |
|
L.
Dobrzyñski |
Bayesian Analysis of the Spectroscopic Data. |
|
H.-J. Elmers | Picosecond-resolution Photoelectron Microscopy of Fast Magnetization Processes. | |
P.
Esquinazi |
||
M.
Folkard |
||
M.
Folkard |
Investigating
Mechanisms of Radiation-Induced DNA Damage Using Low Energy Photons. |
|
H. Hahn | Interface Characterization of Nanostructured Metallic Systems. | |
A.
Hauptner |
Irradiation
of Living Cells with Single Ions at the Ion Microprobe SNAKE. |
|
K.
W. Jones |
||
G. Klingelhöfer | Mössbauer Studies of the Surface of Mars and its Implications on the History of Water. | |
P.
Korecki |
||
C.
L’abbé |
||
A.
Marcelli |
Protein
Structure and Function in the Time-Domain of Vibrational Spectroscopies.
The Promising Applications of IR Synchrotron Radiation
Micro-Spectroscopy. |
|
P.
E. Marsza³ek |
||
U.
Schröter |
||
M. Takai | Nanoprobe Applications in Low Dimensional Systems. | |
M.
Toulemonde |
Inelastic
Thermal Spike Model as a Mechanism for Track Formation. |
|
P. E. Wigen |
Ferromagnetic Resonance Force Microscopy in Micromagnetic Materials. |
A.
Banaœ |
||
B.
B. Bohanov |
Mössbauer
Study of the Process Crystalisation in Nano-Dimensional Powders Fe-C. |
|
K.
Dziedzic-Kocurek |
XANES
and Mössbauer Spectroscopy in Study of Iron Valance States in Tissues. |
|
A.
A. Gnidenko |
||
M.
Hyjek |
Investigation
of Starch Structure by 2-D Time – Domain NMR Measurements. |
|
W.
Kwiatek |
||
W.
Kwiatek |
Preliminary
Study of Chemical Speciation of |
|
A.
Leja |
||
M.
de Odrow¹¿ Piramowicz |
Studies
of Strept(Avidin) –Biotin Interactions using Atomic Force Microscopy. |
|
A.
Pietrzyk |
Bound Water Structure on the Surface of Usnea Antarctica as Observed by NMR and Sorption Isotherm. |
|
O.
Veselov |
Automatic
Image Processing for Single Ion Irradiation of Cells. |
|
A. Wojciechowska |
Mössbauer and
Magnetometric Studies of Spin Reorientations in Er2-xThxFe14B. |
|
A.
Zaleski |
Mössbauer,
XRD and SEM study of Fe-Al-based Powder Alloys with Nanoinclusions. |