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The Third International Conference on Quantum, Nano and Micro Technologies

ICQNM 2009

February 1-7, 2009 - Cancun, Mexico

Technical Co-Sponsors and Logistics Supporters
Archive: 2008 2007
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Submission (full paper) September 10, 2008
Notification October 5 October 10, 2008
Registration October 27, 2008
Camera ready November 1, 2008

Authors of selected papers will be invited to submit extended versions to a IARIA Journal

Publisher: IEEE Computer Society Conference Publishing Services
Posted: IEEE Digital Library
Indexing process

All tracks/topics are open to both research and industry contributions.


QTECH: Quantum technologies

Quantum information; Quantum communication; Quantum computation; Quantum teleportation; Quantum cryptography; Quantum key distribution; Quantum communication infrastructure; Quantum entanglement; Quantum simulation tools

QSEC: Quantum security

Quantum cryptographic systems; Quantum key distribution primitives; Security of QKD protocols; Privacy and authentication in QKD based networks; Quantum Cryptographic error-correcting codes; Quantum cheating; Attacking QKD devices; Quantum correlations; Current limitations of QKD based communication; Reasoning about QKD security; Security frameworks for QKD environments; QKD based networks security vulnerabilities; Applications of QKD systems

NTECH: Nano technologies

Nano materials and nanostructures; Nano devices and electronics; Nano lithography and manufacturing; Nano fluidics and robotics; Nano architectures and computation models; Reliability of nano devices, circuits and systems; Modeling and simulation of nano devices; Design methodologies and tools for nano circuits and systems; Nano tribometry; Testing of nano circuits and systems; Nano tools; Integrated nano systems; Standards

MTECH: Micro technologies

Micro modeling and design; Micro fabricated sensors; Micro/Nano fluidic devices; Biomolecular machines; Micro propulsion systems; Fuel cells and energy storage devices; Fluidic and optical structures; Micro materials and micro systems; System integration - macro/micro/nano systems; Micro factory and micro assembly; Microscale control and micro manipulation; Reliability of micro devices, circuits and systems (microreliability, microsafety); Near-field microscopy; Instrumentation micro systems (actuators, transducers, etc.); Non-destructive evaluation (acoustic, thermal, etc.); Micro-instruments; Scanning probe microscopy

APPDOM: Application nano/micro domains

Nano/micro materials (materials, 3-D microstructuring, nano/micro scale thermal radiation); Nano medicine (drug delivery; Nano particles i.e., viruses; proteins); Bio-nanostructures (nano-tubes, nano-particles); Microsystems, micro fluidics (including nano-fluidics, modeling; fabrication and application); Micro instrumentation / implantable micro-devices (miniaturized bio-electronic systems etc.); Micro imaging; Nano measurements (optical interference); Nano biotechnology; Aerospace and automotive; Molecular manufacturing; Nanotech networking event; Quantum Nano metrology; Defense and homeland security; Energy saving and optimal consumption; Aerospace applications; Data-storage techniques; Self-healing materials; Defense applications; Safety; Environmental; Education & training

MATERIALS: Nano and micro materials and properties

Interconnect materials, technologies, and applications; Materials and technologies for package-level thermal management; Nano films; Porous and pin-fin surfaces; Electrospun polymer fibers; Polymer/Clay nano composites; Optofluidics; Silicon nanowires; Wide band-gap dielectrics; Mechanical and thermal properties; Specifics on evaporation and condensation; Crystallization; Elasticity and performance; Adhesion measurements

NBR: Nano and bio robotics

Autonomous and teleoperated nano-manufacturing systems; Microscope nano-probes, optical tweezers, and dielectrophoresis; Carbon nano-tubes and biological objects (DNA, RNA, cell, tissue, etc.); Biologically inspired miniature space robots and micro-/nano-systems; Nano-particles and nano-wires; Micro-/nano-electromechanical systems; Performance models of nano- and bio-robots; Dynamics and kinematics of bio-nano robots; Molecular kinematics; Limitations of nano-robot colonies; Nano-robots and nano-assembly; Nano-robots control design; Computational nano-robotics; Nano-robotics simulation; Nano-robotics communications techniques; Evolutionary nano-robots; Cellular robotics and micro/nano robotics systems; Viral proteins motors; Protein-based nano-motors and nano-robots; Biomolecular components interfaces (DNA joints and carbon-nanotube rigid links); Nano-robots in nano-medicine; Surgical micro-robots inside the human body; Nano-robotics and biomedical applications; Medical nano-robots feasibility


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