Monday 9.6.

Tuesday 10.6.

Wednesday 11.6.

Thursday 12.6.

Friday 13.6.

Saturday

7:30-8:30

breakfast

7:30-8:30

breakfast

7:30-8:30

breakfast

7:30-8:30

breakfast

breakfast

arrival

8:30-9:20

V. Schmidt

8:30-9:20

J. Orava

8:30-9:20

G. Meyer

8:30-9:20

P. Schmutz

registration

9:20-10:10

Ai Leen Koh

9:20-10:10

I. Crupi

9:20-10:10

P. Schmutz

9:20-10:10

K. Ensslin

departure

10:10-10:40

coffee break

10:10-10:40

coffee break

10:10-10:40

coffee break

10:10-10:40

coffee break

10:40-11:30

G. Weiss

10:40-11:30

Ch. Becker

10:40-11:30

K. Poduska

10:40-11:30

U. Diebold

lunch

11:30-12:20

I. Crupi

11:30-12:20

P. Ruffieux

11:30-12:20

W. Schneider

11:30-12:20

A. Vaskevich

13:25-13:30

opening

lunch

lunch

lunch

13:30-14:20

S. Kodambaka

15:20-16:10

Ch. Becker

15:20-16:10

G. Meyer

14:40-15:30

K. Poduska

14:20-15:10

G. Weiss

16:10-17:00

V. Schmidt

16:10-17:00

J. Dostálek

15:30-16:20

J. Dostálek

15:10-15:40

coffee break

17:00-17:20

coffee break

excursion

17:00-17:20

coffee break

16:20-16:40

coffee break

15:40-16:30

Ai Leen Koh

17:20-18:10

P. Ruffieux

17:20-18:10

A. Vaskevich

16:40-17:30

W. Schneider

16:30-17:20

S. Kodambaka

18:10-19:00

J. Orava

18:10-19:00

K. Ensslin

17:30-18:20

U. Diebold

`

18:00-20:00

dinner

19:00-20:30

dinner

19:00->

buffet dinner

19:00-20:30

dinner

18:20-18:30

closing

20:00 ->

student mixer

20:30 ->

poster session

19:00->

company evening

20:30-22:00

panel discussion

banquet

Plasmonics

A. Vaskevich

Weizmann

Plasmonic sensors: Materials, Methods, Mistakes

J. Dostálek

AIT Vienna

Plasmonics for biosensing of chemical and biological compounds

I. Crupi

CNR-IMM

Flexible thin film photovoltaics and plasmonics

Materials

Ch.Becker

HZB Berlin

Crystalline Si thin films for photovoltaics, Nanophotonic light trapping

J. Orava

Cambridge

Amorphous chalcogenides and marginal glass-forming melts, non-volatile solid-state memories

P. Ruffiex

EMPA

Graphene and carbon nanostructures

K. Poduska

MUNF

Tracking the life cycle of a material through its structure, bridging the nanoscale with the macroscale

P. Schmutz

EMPA, CH

Corrosion issues and electrochemical methodologies. Biodegradable Mg implants characterization

Nanodevices

V. Schmidt

IBM

Semiconducting nanowires for various applications and molecular electronics

S. Kodambaka

UCLA

Role of Interface Structure on Electronic Properties of Heterostructured 2D Layers

G. Weiss

UCI

Single-Molecule Enzymology with Nanometer-Scale Electronics

K. Ensslin

ETH

Nanoelectronic devices

W. Schneider

EPFL

Spectroscopic manifestations of low-dimensional physics: A local view

Microscopy

Ai Leen Koh

Stanford

Applications of environmental (scanning) transmission electron microscopy to study oxidation and hydrogenation phenomena in nanomaterials

G. Meyer

IBM

Atomically resolved scanning probe microscopy

U. Diebold

TU Vienna

Oxide Surfaces at the Atomic Scale