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Social Science Issues to be Considered During the Development of Nanotechnology

Social science has an important role to play in nanotechnology, with the new discipline offering scientists some unique research angles. Current debate, research openings, the possible effects of human-machine interfaces, and the implications of nantechnology for social policy are looked at here.

5 Jul 2005

Novel Materials - Classification, Markets, Challenges in Manufacturing and Global Competition

Applying nanotechnology methods in the area of materials can result in the creation of novel materials with new, unique and exciting properties. The classification and composition of nanomaterials, current and future markets, problems faced by manufacturers and global competition are looked at here.

28 Jun 2005

Cancer Diagnosis and Treatment - Nanobiotechnology

Research in the field of nanobiotechnology could help to improve the ways in which cancer is detected and treated. Medical imaging, labeling methods, quantum dots, nanosensors, lab on a chip devices, tools, gene therapy, drug delivery, cellular and molecular biomechanics, are all looked at here.

From NUS Nanoscience & Nanotechnology Initiative 28 Jun 2005

Nanocomposites - Classification Types, Potential Applications, Interactions and Novel Nanocomposites

The area of nanocomposites comprises the nanomaterials and processing methods that are used to disperse nanoparticles in ceramics, metals or plastics. Different types of nanocomposites, framework systems, properties, interactions, potential applications, and novel nanocomposites, are looked at here.

From Dept. of Chemistry, Michigan State University 27 Jun 2005

Nanoscience - What is Nanoscience and What Will Its Impact Be?

Nanoscience is a new scientific discipline that aims to increase our knowledge and understanding of atomic and molecular structures. This brief overview defines the exact nanoscale parameters of nanoscience, and highlights some of the new materials and devices that have emerged.

From Dept. of Chemistry, Michigan State University 27 Jun 2005

Sensors and Nanosensors: an Overview

Applying nanotechnology techniques to sensors should improve the functionality and performance of sensing devices. Industry applications, the type of things that nanosensors can measure and detect, how nanotechnology can improve sensors, and what the future holds for sensors, are all looked at here.

27 Jun 2005

Polymer Nanofibers - an Overview of Applications and Current Research into Processing Techniques

Producing polymer fibres at the nanoscale would increase the functionality of fibres and open up new areas of application, especially in medicine. Research into processing methods such as electrospinning and potential applications for polymer nanofibres are looked at in this overview article.

From NUS Nanoscience & Nanotechnology Initiative 27 Jun 2005

Nanopositioners – Piezoactuators Operations and Application in Nanopositioners – Supplier Data by Mad City Labs

Mad City Labs nanopositioning systems use multilayer piezoactuators. A multilayer piezoactuator is a stack of PZT thin films electrically connected in parallel. The operation of these actuators in naopositioners is described.

From Mad City Labs: Nanopositioning, Nanopositioners 21 Jun 2005

Nanopositioning and Precision Control - Supplier Data by Mad City Labs

Nanopositioners are fundamental to practical research in the field of nanotechnology. Whether used for microscopic imaging or actual manipulation of molecular level objects, the nanopositioner is the mechanical basis for work in the nano world. Achieng zero friction and precise positioning mechanis

From Mad City Labs: Nanopositioning, Nanopositioners 21 Jun 2005

Nanopositioners – Materials Selection Guidelines for Nanopositioners – Supplier Data by Mad City Labs

When purchasing or designing a nanopositioning stage the choice of material is important. Aluminium, titanium and Invar are the most common materials with choice depending on properties such as thermal expansion, cost and magnetic requirements. Basic selection guidelines are provided.

From Mad City Labs: Nanopositioning, Nanopositioners 21 Jun 2005