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Advanced Research Workshop
PHYSICS of COMPUTER TECHNOLOGIES
organized by :
Igor Lukyanchuk (Univ. Picardie. France)
Jose Antonio Eiras (USAR, Brazil)
in
International Institute for Physics,
Federal University of Rio Grande do Norte , Natal, Brazil
1-5 March 2010.
Objective
The objective of this Workshop is to bring together the world ' s leading experts, both from industry and Universities, working on the problems of materials and physical processes for future computer technologies to ensure the dissemination of their knowledge and innovative ideas ranging from fundamental to applied areas of Physics. The multidisciplinary nature of the proposed workshop will allow to familiarize the participants with different subjects, to encourage inter-domain collaboration, and to share experience of different research fields with one another. In this way, we intend to foster the exchange of ideas and methods, to highlight the apparent and the hidden similarities of different systems and approaches, and to stimulate new and fruitful cooperation across subject frontiers, and between experimental and theoretical groups.
Scope
The originality of this Workshop is the gathering of the leading Physicists working for the common objective: construction of new computers. At the same time we don't suppose the common subject of research. The multidisciplinary of the Workshop is the key point that permits to participants to overview the global situation on the future computer market and stimulate their research in the most promising and realistic direction. Workshop will help to the Academic researchers to find the contacts with Industrial colleagues and to the Applied researchers to recognize the basic emergent ideas of the fundamental research trend. On the international level Workshop is also supported by European Program FP7-IRSES-ROBOCON and French grant ANR-Blanc-LoMaCoQu.
Organization of such workshop would have an important impact on the further development of High-Tech innovative basic and applied research in Brazil, which is already gaining strong positions in the physics of computer systems. Workshop will help in the technical elaboration of new scientific and technological policies in strategic areas for Brazil. Creation of the horizontal cooperation links between Universities and Industrial first-class research groups during Workshop will increase Brazilian participation in international research networks. Poster session(s) will allow the young scientists to present their work before the highest international level audience. Friendly and informal atmosphere of the event will facilitate common brainstorming and exchanges of ideas.
The nonexclusive range of topics includes
- New Data Processing Technologies,
- Information transmission: Photonics and Spintronics
- Advanced Materials and processes for memory Devices
- Displays and Information visualization
- Energy Storage Materials
- Smart Ferroelectric, Multiiferoics, Magnetic and Superconducting materials
KEY SPEAKERS
Åkerman Johan Spintronics - From MRAM to Microwave Oscillators
Blom Paul Organic nonvolatile memory devices based on ferroelectricity
Bratkovsky Alexander Problem of critical thickness in ferroelectric nanostructures
Brito Frederico Fault-tolerant computing with biased-noise superconducting qubits
Dante Homero Mosca TBA
de Oliveira Adilson J A Ferromagnetism at room temperature in conducting polymers – Possibilities for applications in spintronics
Di Carlo Aldo Multiscale simulation of nanoelectronic and nanophotonic devices
Egues Carlos Spin-dependent phenomena in semiconductors
Eiras José Antonio TBA
El Marssi Mimoune Ferroelectric Thin Films and Superlattices
Eramo Giuseppe Polariton-mediated laser technologies
Filipic Cene Polarons in Magnetoelectric K3Fe5F15 and K3Fe2Cr3F15
Gregg Marty Nanoscale Ferroelectrics for FRAM
Kasumov Alekber Superconducting Molecular Electronics
Katiyar Ram Investigations on Magnetoelectric Multiferroics
Kavokin Alexey Light-mediated superconductivity
Lagerwall Sven Modern high-resolution displays
Levstik Adrijan Magnetoelectric Relaxor 0.8Pb(Fe1/2Nb1/2)O3-0.2Pb(Mg1/2W1/2)O3
Lukyanchuk Igor Topological Structures in Ferroelectrics as source of Polarization switch
Manuel Henrique Lente Influence of ferroelectric domain structures on the ferroelectric devices performance
Mezzane Daoud Tungstate Bronze Type ferroelectrics (TBC)?
Morrison Finlay Design of novel ferroic materials with the tetragonal tungsten bronze structure
Oliveira Osvaldo Molecular control in nanostructured organic films
Portnoi Mikhail Electric dipole oscillations and exciton storage in Aharonov-Bohm rings
Pozina Galia Enhancement of exciton transfer in AlGaN/GaN based hybrid heterostructures
Pulci Olivia Ab-initio calculations of electronic and optical properties of graphane and related 2-D systems
Rougier Aline Batteries for portable applications
Scott James New Multiferroic Magnetoelelectrics
SENE Anaïs Field-Induced Vortices In Weakly Anisotropic Ferroelectrics
Sidorenko Anatolie Re-Entrante Superconductivity Phenomena in Superconducting-Ferromagnetic Hybrids
Spanier Jonathan Finite curvature in ferroic materials and devices
Thylen Lars Integrated nanophotonics: Status and prospects for computing systems and communications
Williams Stanley New computing and logic (TBC)
Zubko Pavlo Tuning material properties in ferroelectric/dielectric superlattices
The International Institute for Physics will provide the accommodation of participants. Participants will be logged in 4.5* ImiraPlaza Hotel
Supported by FP7-IRSES-ROBOCON project