Chemistry is the study of matter and the changes matter undergoes. Nanotechnology uses chemistry extensively because the scale of molecules is the domain of chemistry. All nanotechnology designs must be chemically viable.
Nanotechnology chemistry is thought to revolutionize many areas of chemistry, and is of strategic importance.
Nanotechnology chemistry, in the first instance, is focused around the future needs in pharmaceutical chemistry and clinical diagnostics, where paradigm shifts are very close. Novel approaches towards combinatorial nanotechnology chemistry are studied and developed. Tools like chip-based nanovials, flow reaction channels, dispensing devices, mechanical and chemical micro actuators, optical detectors etc. will be developed by joint expertise in micro structure technology, chemistry as well as specialists in surface and coating technology.
Applications of nanotechnology chemistry which will be studied are optimization of catalysis, asymmetric synthesis, combinatorial chemistry, novel photochemistry etc. In this context, new strategies for high throughput handling of very small amounts of materialis of major concern, will have important applications in biochemistry, molecular biology, clinical diagnostics, drug development and material science.
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