The Computational Nanostructures . In 2 parts. H. 1. Tasks, models, structures” by Alakoz G. M. , Kotova A. In. , Kuraka M. In. , Popova A. A. and Serikova A. P. It is a unique tutorial that immerses the reader in the exciting world of nanotechnology and computational methods. This work will become an indispensable resource for students, graduate students and specialists interested in modern approaches in the field of physics, materials science and engineering. The book opens doors for the reader to the world of nanostructures, starting with the basics and ending with complex models and tasks. In the first part, the authors consider in detail the key aspects related to computational methods that are used for the analysis and design of nanostructures .. The reader will learn about various models that allow describing the behavior of materials at the nanoscale, and about the challenges facing researchers in this rapidly developing field. Each chapter of the book is imbued with the spirit of scientific search and the desire for innovation. The authors share their knowledge and experience, offering the reader not only theoretical foundations, but also practical examples that will help to better understand how to apply computational methods in real-world conditions. These aspects make the book particularly attractive to students and young scientists seeking to deepen their knowledge and skills in nanotechnology. The book will be of interest not only to specialists in the field of physics and materials science, but also to engineers working in related fields, such as electronics, biotechnology and chemistry. It can also be useful for teachers who want to enrich their courses with relevant topics and examples from practice. Readers who are passionate about modern technologies and their application will find in this manual a lot of ideas and inspiration for their own research. The topics raised in the book cover a wide range of issues, from the basics of nanostructures to complex computational models. The authors emphasize the importance of understanding interactions at the nanoscale and their impact on material properties. This knowledge is critical to the development of new technologies such as nanoelectronics, solar panels and medical devices. The book not only informs, but also inspires new discoveries, emphasizing the relevance and importance of nanotechnology in the modern world. The style of the authors is distinguished by clarity and accessibility, which makes the material understandable even for those who are just beginning to get acquainted with this topic. Their experience and in-depth knowledge in the field of nanostructures and computational methods make it possible to create a manual that will become a reference book for many researchers and students. In addition, the authors are already known in the scientific community through their previous work, which adds additional value to their current project. If you are looking for a book that will help you understand complex issues related to computational nanostructures, and give you a glimpse into the future of technology, then Computational Nanostructures. In 2 parts. H. 1. Tasks, models, structures" is exactly what you need. Do not miss the chance to immerse yourself in the world of nanotechnology and discover new horizons of science and technology!