|
Time
|
Monday |
|
|
0830-0910
|
Datta |
What
is the resistance of a molecule? |
|
0910-0950
|
Roth |
Current
voltage characteristics of organic molecular wires |
|
0950-1010
|
Klug |
Charge
injection and recombination in dye sensitised TiO2 is controlled
largely by the properties of the semiconductor |
|
1010-1050
|
Coffee |
|
|
1050-1130
|
Eichen |
Self-Assembly
of Nanoectronic Components and Circuits |
|
1130-1210
|
Mujica |
Electrostatic
effects in electronic transport in interfaces |
|
1210-1230
|
Markovitch |
Single-Electron
Tunneling and Charging in Monolayers of Metal and Semiconductor Nanocrystals |
|
1230-1430
|
Lunch |
|
|
1430-1510
|
Joachim |
Molecular
wires as electronic evanescent wave guides |
|
1510-1550
|
Banin |
Size
dependent optical spectroscopy of III-V semiconductor nanocrystals |
|
1550-1630
|
Coffee |
|
|
1630-1710
|
Nozik |
Ultrafast
Electron Transfer Dynamics Across Semiconductor-Molecules Interfaces |
|
1710-1750
|
Cahen |
Hybrid
organic, molecular / inorganic, non-molecular systems: Can Molecular Orbital
Interactions Control Semiconductor Properties |
|
1750-1830
|
Rosenwaks |
Measuring
Electron Transfer at Semiconductor Surfaces Using Atomic Force Microscopy |
|
1830-2000
|
Dinner |
|
|
2000-2040
|
p1 |
|
|
2040-2120
|
p1 |
|
|
Time
|
Tuesday
|
|
|
0830-0910
|
Dekker |
Carbon nanotubes
as molecular quantum wires |
|
0910-0950
|
Kuznetsov |
A theory
of electron transfer in bridge assisted tunnel contacts |
|
0950-1010
|
|
|
|
1010-1050
|
Coffee |
|
|
1050-1130
|
Willner |
Electron transfer and photoactivated
electron transfer in nanoparticles crosslinked superstructures and supramolecular
assemblies: electronic, sensoric, photonic and catalytic functions |
|
1130-1210
|
Kornyshev |
Charge transfer
across adlayers undergoing phase transitions |
|
1210-1230
|
Yamashita |
Electric
field effects on the adsorption and charge transfer of h2o and h+(h2o)2
on platinum(111) and cl- on silver(111): a theoretical study |
|
1230-1430
|
Lunch |
|
|
1430-1510
|
Kang |
Electron
Tunneling through Molecularly Thin Water Layer inside an STM Junction |
|
1510-1550
|
Peskin |
Resonant
enhancement of electron transmission through water: Wavefunctions and mechanism |
|
1550-1630
|
Coffee |
|
|
1630-1710
|
Naaman |
Transmission
of polarized electrons through organized organic films of chiral molecules |
|
1710-1750
|
Evans |
Electron
transmission through organic thin films |
|
1750-1830
|
Benjamin |
Molecular
models for electron transfer at the water/organic thin film interface |
|
1830-2000
|
Dinner |
|
|
2000-2040
|
p2 |
|
|
2040-2120
|
p2 |
|
|
Time
|
Wendesday |
|
|
0830-0910
|
Sanche |
Mechanisms
producing structures in the low-energy electron transmission spectra of
thin film atomic and molecular solids |
|
0910-0950
|
Ueno |
Low-energy
electron transmission through functional organic thin films |
|
0950-1010
|
Speiser |
Unprecedented
Ultrafast Intramolecular Electronic Excitation Energy Transfer Involving
Exchange Interaction at Interchromphore Separations |
|
1010-1050
|
Coffee |
|
|
1050-1130
|
Schmickler |
Electron
Transfer through Electrochemical Adsorbates |
|
1130-1210
|
Weiss |
Electrons
In, Around, and Through Adsorbed Molecules |
|
1210-1230
|
Yitzchaik |
Tunable electron
transmission in organic multiple quantum wells |
|
1230-1430
|
Lunch |
|
|
1430-1510
|
Waldeck |
Experimental
studies of electron transfer through insulating films on semiconductor
electrodes |
|
1510-1550
|
Haase |
Electronic
States at Semiconductor Surfaces studied through photovoltage imaging with
STM |
|
1550-1630
|
Coffee |
|
| 1630-1710 |
Imry |
Mesoscopic
Physics, What do we learn from it?( |
|
1710-1750
|
Yacoby |
Imaging
the electrostatic potential of a two dimensional electron gas in the quantum
Hall regime |
|
1830-2100
|
Dinner |
Dinner at Gabriel House.
After dinner talk by Prof. Arnon Sofer from
the Department of Geography, Haifa University on:
"Water, Peace and the Sea of Galilee" |