Quantum Computing Explained 1st Edition by McMahon (Author)
- Publisher: COMPUTER SCIENCE
- Availability: In Stock
- SKU: 43294
- Number of Pages: 351
Rs.840.00
Rs.1,095.00
Tags: Artificial Intelligence , Bioinformatics , BUY ONLINE , Cloud Computing , Computer Engineering , computer Science , ComputingInnovation , Cybersecurity , Data Science , Development , Digital Learning , Distance Education , E-Learning , Emerging Technologies , FutureTech , HEC , HEC APPROVED SYLLABUS , HEC Syllabus , Information , Information Technology , Internet-based Learning , IT , IT Careers , IT Infrastructure , IT Jobs , IT Management , IT News , IT Professionals , IT Security , IT Systems , IT Updates Computer Science , Mainframes & Minicomputers , MATHEMATICS , Microsoft Programming , Mobile App Development , Networking , online , ONLINE BOOKS , Online Classes , Online Courses , Online Education , Online Learning , Online Resources , Online Training , PHEC , PHYSICS , Quantum Computing , Quantum Theory , QuantumAlgorithms , QuantumComputing , QuantumInformation , QuantumPhysics , QuantumTech , QuantumTechnology , QuantumTheory , Qubits , Remote Learning , Science & Math , self-contained treatment , Software , Tech , Virtual Learning , Web Development , Web-based Learning
Quantum Computing Explained – 1st Edition
Author: David McMahon
Binding: Paperback
Paper Quality: Imported white paper
Category: Quantum Computing, Computer Science, Physics
Recommended For:
BS/MS Computer Science, Physics, Electrical Engineering students, researchers, and tech enthusiasts seeking a clear and concise introduction to quantum computing.
Key Points:
-
Beginner-Friendly Introduction
Designed for readers with basic knowledge of linear algebra and classical computing—no prior background in quantum mechanics required. -
Step-by-Step Explanations
Concepts are broken down into simple parts, with mathematical foundations explained clearly before applying them to quantum algorithms. -
Core Quantum Computing Topics
Covers qubits, quantum gates, superposition, entanglement, quantum circuits, and measurement. -
Algorithms and Applications
Includes explanations of famous quantum algorithms such as Deutsch-Jozsa, Grover's Search, and Shor’s Factoring Algorithm. -
Practical and Theoretical Insights
Balances theory with application-focused explanations to show how quantum computers differ from classical systems and why they matter. -
Ideal for Self-Study or Coursework
With examples, exercises, and clear diagrams, this book is perfect for independent learners or as a supplemental university textbook.
════ ⋆★⋆ ═══
Writer ✤ McMahon (Author)