Book

Description

"Scientific Exploration of Extraterrestrial planets and Analysis using Quantum Computing" is a groundbreaking exploration research work into the rapid advancements and transformative potential of Space Engineering and Autonomous Systems. Authored by Zarif Bin Akhtar & Sauda Musharrat, this meticulously researched Project & Thesis work delves into the cutting-edge technologies that are reshaping industries, from robotics and computer vision to multimodal autonomous systems. This research work aims to build a model for a system capable of moving and traversing with respect to its (static) environment, which can distinguish different natural scenes to a certain degree, identify geological targets of interest, such as, rocks, and be able to filter out and prioritize a target, at which it can take sensor readings from. The sensors used should be relevant to the science objectives dedicated to determine key features about the geomorphologic history of the planet. The standard methods of identifying these features are through basic elemental composition study of rocks, soil and other geological sites of interest. This book will focus on breaking down the objectives and analyze the different methods that can be used to meet the base requirements for this project, along with testing procedures which will be conducted to make the system more accurate and robust. Rich with creative investigations, experimental analyses, and forward-looking perspectives, this book is an essential resource for researchers, industry professionals, and policymakers navigating the ever-evolving landscape of space engineering. Whether you're an AI or robotics enthusiast, a tech innovator, or a concerned citizen, this comprehensive guide will equip you with the knowledge to understand and harness the power of multilayered autonomous systems responsibly.