Fascinating fundamental insights into formation mechanisms are being revealed and nanoscale devices, which parallel devices in standard engineering are being created. Breakthroughs are presently being realised which are generating paradigm shift in synthetic chemical assembly techniques. The recent revolutionary advances in nanoscale phenomena to improving human health created even more excitement by envisioning new biomaterials, devices and techniques for biological detection and remediation. New experimental approaches which focus on how atoms assemble are leading to the production of materials with advanced function.
Breakthroughs are presently being realised which are generating paradigm shift in synthetic chemical assembly techniques. New experimental approaches which focus on how atoms assemble are leading to the production of materials with advanced function. Nobel Laureate Professor Sir Harold This new approach is leading to novel advanced materials with exciting new applications. The topics covered by the journal relate to all nano related areas of research and development work.
Nobel Laureate Professor Sir New experimental approaches which focus on how atoms assemble are leading to the fascinating new overarching field of Nanoscience and Nanotechnology N&N. This new journal, Journal of Nano Research, has been born at the ideal moment and is set to become leading source of N&N research, essentially the Frontier Chemistry of the 21st Century. All papers in this inaugural issue are invited research papers.
The topics covered by the journal relate to all nano related areas of research and development work. The journal is published by Trans Tech Publishers Switzerland and sponsored by the newly founded Society of Nanoscience and Nanotechnology N&N. The subjects covered include the following1. On the horizon are applications ranging from civil engineering to advanced molecular electronics so promising to transform our everyday technology as well as basic economics.
On the horizon are applications ranging from civil engineering to advanced molecular electronics so promising to transform our everyday technology as well as basic economics. Ingenious strategies for the creation of molecules and extended atomic structures with complex exactlyspecified infrastructures and function are being developed basically nanoscale devices that do things are being created. The contributions range from synthesis and characterization of nanoparticles and nanostructures to computer science issues in bio nanotechnology being clear testament of the breadth and interdisciplinary nature of the journal.
