Nanoinformatics: Principles and Practice - by Matthew Alper (Hardcover)

About the Book

Nanoinformatics is a specialised field at the intersection of nanotechnology and informatics that focuses on managing and analyzing data related to nanoscale materials and phenomena. It utilizes advanced computational tools, databases and algorithms to process and interpret vast datasets generated in nanoscience. Key aspects include data standardization, ensuring coordination across different platforms and integrating multidisciplinary data sources. Nanoinformatics facilitates efficient data storage, retrieval and sharing, promoting collaboration among researchers. Computational modeling and simulations are essential for predicting nanomaterial properties and behaviors, minimizing the need for extensive physical experiments. By developing specialized software and analytical tools, nanoinformatics accelerates the innovation and application of nanotechnology in fields such as medicine, electronics and materials science. This book presents the complex subject of nanoinformatics in the most comprehensible and easy to understand language. It outlines the processes and applications of nanotechnology and informatics in detail. Those with an interest in the principles, methodologies and tools used in this field would find this book helpful.

Book Synopsis

Nanoinformatics is a specialised field at the intersection of nanotechnology and informatics that focuses on managing and analyzing data related to nanoscale materials and phenomena. It utilizes advanced computational tools, databases and algorithms to process and interpret vast datasets generated in nanoscience. Key aspects include data standardization, ensuring coordination across different platforms and integrating multidisciplinary data sources. Nanoinformatics facilitates efficient data storage, retrieval and sharing, promoting collaboration among researchers. Computational modeling and simulations are essential for predicting nanomaterial properties and behaviors, minimizing the need for extensive physical experiments. By developing specialized software and analytical tools, nanoinformatics accelerates the innovation and application of nanotechnology in fields such as medicine, electronics and materials science. This book presents the complex subject of nanoinformatics in the most comprehensible and easy to understand language. It outlines the processes and applications of nanotechnology and informatics in detail. Those with an interest in the principles, methodologies and tools used in this field would find this book helpful.