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Practical Quantum Computing: From Zero To Real Machines
Published 12/2025
Created by Vimal Daga
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 32 Lectures ( 12h 11m ) | Size: 11.7 GB [/center]
Learn qubits, superposition, entanglement, quantum gates, Qiskit, and real-world quantum applications using IBM Quantum.
What you'll learn
You must enter at least 7 learning objectives or outcomes that learners can expect to achieve after completing your course.
Understand what quantum computing really is and why it is already being used by industries today, beyond hype and misconceptions.
Clearly explain core quantum concepts such as qubits, superposition, entanglement, tunneling, and quantum teleportation in simple, intuitive terms.
Differentiate between classical computing and quantum computing at both conceptual and practical levels.
Understand how quantum computing impacts cybersecurity, encryption, and why algorithms like Shor's Algorithm are disruptive.
Analyze real-world industry use cases of quantum computing in healthcare, finance, logistics, manufacturing, AI, and optimization.
Work hands-on with real quantum computers and simulators using IBM Quantum Cloud and Qiskit.
Build, execute, and analyze quantum circuits using Python, Qiskit, and quantum gates like X and Hadamard.
Understand quantum noise, probability, measurement collapse, and practical limitations of real quantum hardware.
Develop intuition for quantum state representation using vectors, complex numbers, and Bloch Sphere visualization.
Requirements
No prior programming experience is mandatory; concepts start from absolute fundamentals.
Description
Quantum computing is no longer a future concept or science fiction-it is already being used by leading industries today. This course is designed to take you from absolute zero knowledge to confidently understanding and working with real quantum computers using a simple, practical, and industry-focused approach.We begin by building the right mindset and breaking common myths around quantum computing. You will learn why no deep physics or advanced mathematics is required to start, and how learners from any background can enter this field without changing their existing career path. Core quantum concepts such as qubits, superposition, entanglement, and probability are explained using intuitive examples rather than heavy theory.As the course progresses, you will explore why classical computers fail at solving certain large-scale problems and how quantum computers offer a fundamentally different approach. Real-world use cases from cybersecurity, healthcare, finance, logistics, and AI are discussed to show the true impact of quantum technology. You will understand how quantum computing threatens current encryption systems and why quantum-safe security is critical.The course then moves into hands-on practice. You will learn how to access real quantum computers through IBM Quantum Cloud, write quantum programs using Python and Qiskit, build quantum circuits, apply quantum gates, and analyze real execution results affected by noise and probability.By the end of this course, quantum computing will no longer feel mysterious. You will have conceptual clarity, practical experience, and the confidence to explore advanced quantum algorithms and future opportunities in this rapidly growing field.
Who this course is for
Students and freshers who want to start early in an emerging and high-impact technology field.
Software developers and engineers curious about the future of computing beyond classical systems.
Data scientists, AI/ML engineers, and researchers interested in optimization and advanced computation.
Cybersecurity professionals who want to understand how quantum computing affects encryption and security.
IT professionals, architects, and managers who want conceptual clarity on quantum technology trends.
Researchers and science enthusiasts who want a practical, industry-aligned understanding of quantum computing.
Anyone who wants to future-proof their career without changing their current professional path.
Homepage
Practical Quantum Computing: From Zero To Real Machines
Published 12/2025
Created by Vimal Daga
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 32 Lectures ( 12h 11m ) | Size: 11.7 GB [/center]
Learn qubits, superposition, entanglement, quantum gates, Qiskit, and real-world quantum applications using IBM Quantum.
What you'll learn
You must enter at least 7 learning objectives or outcomes that learners can expect to achieve after completing your course.
Understand what quantum computing really is and why it is already being used by industries today, beyond hype and misconceptions.
Clearly explain core quantum concepts such as qubits, superposition, entanglement, tunneling, and quantum teleportation in simple, intuitive terms.
Differentiate between classical computing and quantum computing at both conceptual and practical levels.
Understand how quantum computing impacts cybersecurity, encryption, and why algorithms like Shor's Algorithm are disruptive.
Analyze real-world industry use cases of quantum computing in healthcare, finance, logistics, manufacturing, AI, and optimization.
Work hands-on with real quantum computers and simulators using IBM Quantum Cloud and Qiskit.
Build, execute, and analyze quantum circuits using Python, Qiskit, and quantum gates like X and Hadamard.
Understand quantum noise, probability, measurement collapse, and practical limitations of real quantum hardware.
Develop intuition for quantum state representation using vectors, complex numbers, and Bloch Sphere visualization.
Requirements
No prior programming experience is mandatory; concepts start from absolute fundamentals.
Description
Quantum computing is no longer a future concept or science fiction-it is already being used by leading industries today. This course is designed to take you from absolute zero knowledge to confidently understanding and working with real quantum computers using a simple, practical, and industry-focused approach.We begin by building the right mindset and breaking common myths around quantum computing. You will learn why no deep physics or advanced mathematics is required to start, and how learners from any background can enter this field without changing their existing career path. Core quantum concepts such as qubits, superposition, entanglement, and probability are explained using intuitive examples rather than heavy theory.As the course progresses, you will explore why classical computers fail at solving certain large-scale problems and how quantum computers offer a fundamentally different approach. Real-world use cases from cybersecurity, healthcare, finance, logistics, and AI are discussed to show the true impact of quantum technology. You will understand how quantum computing threatens current encryption systems and why quantum-safe security is critical.The course then moves into hands-on practice. You will learn how to access real quantum computers through IBM Quantum Cloud, write quantum programs using Python and Qiskit, build quantum circuits, apply quantum gates, and analyze real execution results affected by noise and probability.By the end of this course, quantum computing will no longer feel mysterious. You will have conceptual clarity, practical experience, and the confidence to explore advanced quantum algorithms and future opportunities in this rapidly growing field.
Who this course is for
Students and freshers who want to start early in an emerging and high-impact technology field.
Software developers and engineers curious about the future of computing beyond classical systems.
Data scientists, AI/ML engineers, and researchers interested in optimization and advanced computation.
Cybersecurity professionals who want to understand how quantum computing affects encryption and security.
IT professionals, architects, and managers who want conceptual clarity on quantum technology trends.
Researchers and science enthusiasts who want a practical, industry-aligned understanding of quantum computing.
Anyone who wants to future-proof their career without changing their current professional path.
Homepage
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