2012 Advanced Research Workshop
Future Trends in
Microelectronics: Into the Cross Currents
June 25-29, 2012:
Corsica, France
Accepted Abstracts (as of June 14,
2012)
Dr Gustavo Ardila
Mechanical energy
harvesting with piezoelectric nanostructures: Great expectations for
autonomous systems
Dr
Francis Balestra
Challenges and limits
for very low energy computation
Dr Vadim Banine
Extreme UV lithography
now. What happens tomorrow?
Dr Thierry Baron
Top-down nanowires versus
bottom-up for nanoelectronic applications
Dr David Borton
Wireless, implantable
neuroprostheses: Applying advanced technology to untether the mind
Dr Enrique
Calleja
Efficient green emission and
phosphor-free white lighting based on nano-LED ordered arrays grown by
selective area MBE
Dr Luigi Colombo
Materials for electronic devices
beyond CMOS
Dr Sorin
Cristoloveanu
A
sharp-switching fully-depleted SOI device with high current drive
Dr Nataliya Demarina
InAs nanowires with surface states as
a building block for tube-like electrical sensing devices
Dr Mikhail
Dorojevets
State of Flux Quantum and
Superconductor Processors for Energy-Efficient Computing
Dr Michel
Dyakonov
State of the art and prospects for
quantum computing
Dr David
Eaglesham
Photovoltaics manufacturing: Lessons
to learn and unlearn from the semiconductor industry
Dr Newton
Frateschi
Active optomechanical resonators
Dr Peter Gammel
Radio frequency semiconductors at
the crossroads
Dr Detlev
Grützmacher
Nucleation and growth dynamics of
thin film
topological insulator Bi2Te3 grown on Si (111)
substrates by molecular beam epitaxy
Dr Anna Haab
An alternative path for the fabrication of self-assembled group
III-nitride nanowires
Dr Pawel Hawrylak
Graphene
based
integrated
electronic,
photonic
and
spintronic
circuit
Dr James Hayward
Shorted circuits: Foiling
microelectronic counterfeiters with evidentiary DNA
Dr Sebastian Heedt
Electrical spin injection into
semiconductor nanowires
Dimitris Ioannou
Physics and design of nanoscale field
effect diodes for memory and electrostatic discharge applications
Dr Hiroshi Iwai
The future of Si nanoelectronics
Dr Aharon
Kapitulnik
STM studies of the surface state of
three-dimensional topological insulators
Dr Michael Kelly
Unmanufacturability
Dr Ki-Bum Kim
The application of solid-state nanopore structures to biomolecule
sensing and sequencing
Dr Kinam Kim
Technology innovation, reshaping the
microelectronics industry
Dr Wojciech Knap
Field effect transistors for terahertz
applications
Dr Nikolay
Ledentsov
Millions of optical links in a single
supercomputer: What next?
Dr Jeremy Levy
The challenge of oxide
nanoelectronics
Dr H.-C. Liu
THz quantum detectors and lasers: Status,
problems and future research directions
Dr David Miller
The heat death of information processing
and why interconnects matter more than logic
Dr Vladimir Mitin
Engineering
of 3D-barriers by charged quantum dots for effective broadband photovoltaic
conversion
Dr Hooman Mohseni
Optical antennas for optoelectronics:
Impacts, promises, and limitations
Dr Djafar Mynbaev
Will
optical
communications
meet
the
challenges
of
the
future
demands?
Dr Jean-Pierre
Nozieres
When will MRAM take over the world?
Dr Alik Palevski
Luttinger liquid behavior of long GaAs
quantum wires
Dr Mark Pinto
Silicon photovoltaics: Accelerating to grid parity
Dr Shawn Qu
Harvesting solar energy – Challenges and prospects
Dr Shriram
Ramanathan
Correlated oxides for advanced
electronics and energy devices
Dr Noel
Rodriguez
Getting rid of the DRAM capacitor
Dr Victor Ryzhii
Graphene terahertz injection lasers:
Concepts and feasibility of realization
Dr Enrico
Sangiorgi
Three-dimensional numerical
simulation of rear point contact solar cells
Dr Jurriaan
Schmitz
CMOS post-processing for more-than-Moore
Dr Siegfried Selberherr
Reduction of the
switching current in spin transfer torque random access
memory
Dr Michael Shur
Physics and applications of deep-UV LEDs
Dr Paul Solomon
How low can we go?
Dr Carl-Mikael
Zetterling
SiC
high-temperature electronics – is this rocket science?
Dr Igor Zutic
Spin
lasers and spin communication
Return to FTM-7 
HOME