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Quantum Mechanics Concepts, And Real-World Applications
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 13.20 GB | Duration: 10h 5m
Fundamental Principles, Mathematical Concepts, & Modern Applications of Quantum Physics in Science and Technology
What you'll learn
Understand the fundamental postulates, principles, and mathematical foundations of quantum mechanics for atomic and nanoscale systems.
Solve quantum mechanics problems involving wave functions, Schrödinger equations, operators, and probability interpretations.
Analyze quantum phenomena such as tunneling, quantization, superposition, and particle behavior using conceptual and numerical methods.
Explore real-world applications of quantum mechanics in semiconductors, nanotechnology, quantum computing, spectroscopy, and modern devices.
Requirements
There are no strict prerequisites for this course. Beginners with curiosity and interest in modern physics are welcome. However, basic knowledge of high school mathematics, algebra, calculus, and introductory physics will be helpful for understanding quantum concepts and calculations.
Description
This course provides a comprehensive introduction to Quantum Mechanics by combining fundamental theory, mathematical calculations, and modern real-world applications. Designed for students, beginners, and technology enthusiasts, the course helps learners build a strong conceptual foundation while developing problem-solving and analytical skills essential for understanding microscopic physical systems.The course begins with the limitations of classical physics and introduces the revolutionary ideas that led to the development of quantum mechanics. Learners will explore important topics such as wave-particle duality, de Broglie hypothesis, wave functions, probability interpretation, normalisation conditions, Schrödinger wave equations, operators, postulates of quantum mechanics, quantum tunnelling, and particle-in-a-box models.Special emphasis is given to both conceptual understanding and numerical problem-solving through step-by-step explanations, derivations, and interactive examples. The course also discusses probability current density, expectation values, quantum states, and the physical significance of quantum systems in modern science.In addition to theoretical foundations, learners will discover the practical impact of quantum mechanics in semiconductors, nanotechnology, lasers, spectroscopy, quantum computing, quantum communication, and advanced electronic devices. Real-world case studies and applications are integrated throughout the course to bridge the gap between academic learning and emerging technologies.By the end of this course, learners will gain confidence in understanding quantum principles, solving basic quantum mechanics problems, and appreciating how quantum physics drives modern scientific and technological advancements.
This course is designed for undergraduate and postgraduate students in Physics, Engineering, and related disciplines who want to build a strong foundation in quantum mechanics. It is also suitable for beginners interested in quantum technologies, competitive exam aspirants, research scholars, and professionals seeking to understand the concepts, calculations, and real-world applications of quantum mechanics in modern science and technology.
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