2009 Advanced Research Workshop (FTM-6)
Future Trends in Microelectronics: Unmapped Roads
June 14-19, 2009:  Sardinia, Italy

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Program and Agenda

Sunday
June 14
Registration        How you can be contacted during the Workshop?
Day 1
Monday
June 15

8:30  Welcoming remarks by FTM Mafia
(Serge Luryi, Jimmy Xu, Alex Zaslavsky)

Morning Session: Industry, Government, and the book of John
      Chairs: Dan Purdy and George York
8:45 Mark Pinto Large scale photovoltaics
9:25 Simon Deleonibus
Nanoelectronics era fabrication for low-cost, portable, high-performance, low-energy-consuming and multi-functional electronics
10:05
Francis Balestra Silicon-based devices and materials for nanoscale CMOS and beyond-CMOS
10:45 - Coffee Break
11:00 Sajeev John Photonic bandgap materials: On-chip optical information processing with trapped light
11:40
Marie D'Iorio An integration challenge: Information and communication technologies to address indoor air quality in commercial buildings
12:20 Upendra Singh NASA's future earth science missions for global observations and societal benefit: Vision and technological challenges

Evening Panel, 18:00-20:00
Topic: Evening of Great Memory
Moderator: Jimmy Xu
Panelists:
 
Jang-Sik Lee (Prospects and challenges of next-generation memory devices),
 Steven Kushner (Can biology provide creative solutions for next-generation memory devices?
)

Day 2
Tuesday
June 16

Morning Session: Priming the sensors
     Chairs: Upendra Singh and Marie D'Iorio
8:30 Shriram Ramanathan
Embeddable lithographically fabricated micro-fuel cells on silicon platforms for portable power
9:10 Zhong He
Three-dimensional wide bandgap semiconductor radiation detectors and their applications
9:50 Serge Luryi
Semiconductor scintillator for three-dimensional array of radiation detectors
10:30 - Coffee Break
10:45 Mark Reed
Label-free sensing with silicon nanowires
11:25
Michael Shur
Terahertz sensing technology
12:05 Muhammad Alam The future of microelectronics is … macroelectronics

Evening Session:    Poster Presentations and Discussion
      Chair: Yacov Shamash
     
18:00-20:00
Parhat Ahmet
On the thermal stability of nickel silicides
Thierry Baron
Emerging nanotechnology for integration of nanostructures in nanoelectronic devices
Matthias Beck
Broadband quantum cascade laser
Gregory Belenky GaSb-based laser diodes operating within the spectral range of 2-3.5 μm
Claudio Berti
Simulation of conductance of voltage-gated ion channels and solid-state nanopores
Dan Botez & Peter Zory
Intersubband quantum-box lasers: Progress and potential as uncooled mid-infrared sources
Alan Craig
Picoplasma optoelectronics
Sorin Cristoloveanu and Alex Zaslavsky Germanium-on-insulator as a platform for end-of-roadmap devices
Natalia Demarina
Scrolled Si/SiGe heterostructure as a building block for a tube-like field-effect transistor
Newton Frateschi Si3N4/SiO2 planar photonic structures fabricated by focused ion beam
Detlev Grützmacher Catalyst-free growth and transport properties of III-V nanowires
Qing Hu
Terahertz quantum cascade lasers and video-rate THz imaging
Diana Huffaker
Dissimilar materials integration – enabling innovation
Dimitris Ioannou
Silicon nanowire-based nonvolatile memory cells: Progress and prospects
Hiroshi Iwai Nano-CMOS technology after reaching its scaling limit
Mikhail Levinshtein
The 1/f noise: Burial is abolished (or postponed)
Vladimir Mitin
Quantum-dot photodetectors: In search of optimal design for room-temperature operation
Alik Palevski Spin screening of magnetization due to inverse proximity effect in superconducting/ferromagnetic bilayers
Shriram Ramanathan
Oxide devices utilizing metal-insulator transitions
Enrico Sangiorgi Simulation of self-heating effects in different SOI MOS architectures
Siegfried Selberherr
Silicon for spintronic applications: Strain-enhanced valley splitting
Michael Shur
Solid state lighting
Michael Shur Subwavelength imaging of field-effect transistors by focused terahertz radiation
Sameer Sonkusale Heterogeneous integration of nanowires and nanotubes on CMOS  Best Poster Award
Arsen Subashiev Semiconductor gamma detectors: Band structure effects in energy resolution
Michael Thewalt
Highly enriched 28Si – the perfect semiconductor

Day 3
Wednesday
June 17

 

Morning Session: "Beyond-silicon wonders"
      Chairs: Vladimir Mitin and Sorin Cristoloveanu
8:30
Paul Solomon
Device proposals beyond silicon CMOS
9:10 Mikhail Dorojevets Current status and recent developments in superconductor RSFQ processor and system design
9:50
Michael Thewalt
28Si – the perfect semiconductor
10:30 - Coffee Break
10:45 Yeshaiahu Fainman Nanophotonics for information systems
11:25 Claude Weisbuch
The physics of photonic crystal-based LEDs
12-30 - 19:00
Optional sailboat excursion (must register)
Day 4
Thursday
June 18
Morning Session: Everything in between
     Chairs: Siegfried Selberherr and François Arnaud d'Avitaya
8:30
Michael Gurvitch Treating the case of incurable hysteresis in VO2
9:10
Hideo Ohno Magnetic tunnel junction for next generation integrated circuits
9:50
Konstantin Tsendin Chalcogenide glassy semiconductors – could they replace silicon in memory devices?
10:30 - Cofee Break
10:45
Michel Dyakonov The spin Hall effect
11:25
Jérôme Faist Quantum cascade lasers at subterahertz frequencies
12:05
Claire Gmachl
High-performance ultra-strong coupling quantum cascade lasers

Evening Panel: Fashions, fads, fades, fates, and faith 
      Moderators:   Serge Luryi 
18:00 Serge Luryi + all participants
Historical votes and bets on fashionable trends
19:00
Alex Zaslavsky  + all participants
Vote on best poster

20:30

Conference banquet
Day 5
Friday
June 19
Morning Session: Hot off the press
     Chairs:  Nadia Lifshitz and Hiroshi Iwai
8:30
Djafar Mynbaev What modern photonics will contribute to the development of the future optical communications technology?
9:10
Nikolai Ledentsov Ultrafast nanophotonic devices for optical interconnects
9:50
Alessandro Tredicucci Towards intersubband polaritonics: how fast can light and electrons mate?
10:30 – 10:45  Coffee Break
10:45
Detlev Grützmacher Nanowires: Technology, physics and perspectives
11:25
Victor Ryzhii Graphene-based infrared and terahertz devices: Concepts and characteristics
12:05
Robin Williams Directed self-assembly – A controllable route to optical and electronic devices based on single nanostructures
12:45
Serge Luryi and Jimmy Xu Closing remarks

See you soon!

 
This HomePage is maintained by: Serge Luryi, Professor of Electrical and Computer Engineering, State University of New York at Stony Brook

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