Frontiers of Multifunctional Nanosystems

Inhaltsverzeichnis

• Multiscale computer simulations in physics, chemistry and biology: the example of silica.
• Application of the IMOMM (Integrated Molecular Orbital Molecular Mechanics) method for biopolymers.
• Molecular orbital simulation of semiconductor and metal cluster.
• Modeling and interpretation of STM images of carbon nanosystems.
• Carbon nanotubes under internal pressure.
• Recognition templates for biomaterials with engineered bioreactivity.
• Layer-by-layer method for immobilization of protein molecules on biochip surface.
• Enzyme electrodes with enzyme immobilised by sol-gel technique.
• Template-directed lattices of nanostructures: preparation and physical properties.
• Templates for metal nanowire self-assembly.
• Layer-by-layer assembly of nanotubes and nanofilms from nanoparticle and polymer blocks for electronic applications.
• Non-thermal plasma synthesis of nanocarbons.
• A novel network structure of organometallic clusters in gas phase.
• Nanotechnology of DNA/nano-Si and DNA/Carbon nanotubes/nano-Si chips.
• Fundamental properties and applications of fullerene and carbon nanotube systems.
• Fundamental properties of DNA: some lessons from studies on the molecular basis of drug binding.
• DNA modifications by novel antitumor platinum drugs.
• Studies on protein electron carrier complexes: adrenodoxin reductase-adrenodoxin complex in steroid biosynthesis.
• Interaction of nucleic acids and lipids from tumour cells with anticancer drugs: an SEIRA spectroscopy data.
• Aggregation of fullerenes in pyridine/water solutions.
• Infrared spectrum of fullerene C60 aggregates in water solution.
• Electrical and magnetic properties of undoped fullerene polymers.
• Direct transition in the porous nanosilicon measured by electroreflectance.
• Scanning probe microscopy of biomacromolecules: nucleicacids, proteins and their complexes.
• Application of atomic force microscopy in protein and DNA biochips development.
• Peculiarities of Th. Terrestris spores surface ultrastructure investigated by AFM.
• Relaxation of nanostructured molecular materials under the influence of solvent vapors.
• Biospecific interactions on the optical transducer surface - the base of infection diagnostics.
• Thin film biotermosensors.
• Porous silicon as transducer for immune sensors: from theory to practices.
• A porous silicon microcavity as an optical and electrical multiparametric chemical sensor.
• Composites silicon-based photonic crystals as light emission and sensor elements.
• Optical transmission of macroporous silicon.
• Magnetoresistive sensors and memory.
• The electron spin in nanoelectronics.
• List of Participants.