Nanotechtonics (or Nanotechtronics) refers to the synthesis, design and construction of novel materials and morphological analysis at the nanoscale range. This book covers three major domains related to applications of nanoarchitectonics in multidisciplinary sciences. Nanotechtonics, nanostructures and hybrid composites are being explored. The book presents a critical analysis of challenges and opportunities in biomedical application of various nanoparticles. It provides an overview and recap of previous work done in the field of nanotechnology. It highlights the future potential areas of research, innovation, development of finished products for commercialization as well.

Highlights unique trends of novel nanomaterials design, their architecture, processing and characterization Presents integration of nanotechnologies into diagnostic and therapeutic applications and commercialization Includes future perspectives of nanotechnology miniaturization that allows association and design of nanotools

Autorentext

Dr. Kaushik Pal received his PhD in Physics from the University of Kalyani (India). He is an Associate Professor-in-Charge at the University Centre for Research and Development (UCRD), Chandigarh University , India. His research interests focus on nanofabrication, solid-state condensation, renewable energy materials, functional materials, CNTs/graphene, liquid crystalline optical materials, polymers, bio-inspired materials, switchable devices and switchable device modulation, spectroscopy, drug delivery, tissue engineering, flexible and transparent electrodes, super capacitors, optoelectronics, green chemistry, green chemistry, and sensors

Inhalt

Overview and Implications of Nanotechtonics.- Nanotechtonic enabled Biomaterials Applications.- Green nanotechtonics driven economic and technological revolution towards biochemical sciences.- Multi functionalization of nanotechtonics and potential applications.- Bio-nanotronics for sensor applications.- Covergence of nanotechtonics and semiconductors.- Nanotechtonics for deformable electronic and energy devices.- Anti-microbial activities through Nanotechtonics.- Novel biomaterials for diagnosis and therapeutics.- Nanotechtonics: Achievements, Key challenges and realities.- Nanotechtonics expanding potential of strains Polymeric nano-biocomposites.- Carbon or Graphene-based nanotechtonics for spectroscopic applications.- Novel semiconducting nanomaterials for device implementations and industrialutilization.- Commercialization of Nanotechtonics: Biochemical screening for sustainable sensors applications.- Magneto sensitive gel based materials for nanotechtonics utilization.- Concluding remarks on key aspects and future progress with nanotechtonics.