Quantum Mechanics For Engineering by Kroemer

In summary, the purpose of Quantum Mechanics for Engineering is to provide engineers with a fundamental understanding of quantum mechanics and its applications in engineering. It can be challenging to understand due to its abstract and counterintuitive nature, but with dedication, it is possible to grasp its concepts. This course differs from traditional quantum mechanics courses by focusing on applications and including relevant examples and problems. It has real-world applications in fields such as communication, computing, materials science, and energy, and it is essential for developing technologies like transistors, lasers, and sensors. A background in physics is not necessary to understand this course, as it starts with the basics and gradually builds upon concepts.

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It would be nice to have a rough idea of the table of contents: I was not able to find one on Amazon or any other site.
 
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What is the purpose of Quantum Mechanics for Engineering?

The purpose of Quantum Mechanics for Engineering is to provide engineers with a fundamental understanding of quantum mechanics and its applications in engineering. It covers topics such as quantum states, operators, and measurements, as well as their relevance to engineering problems and technologies.

Is Quantum Mechanics for Engineering difficult to understand?

Quantum Mechanics for Engineering can be challenging to understand due to the abstract and counterintuitive nature of quantum mechanics. However, with dedication and effort, it is possible to grasp the fundamental concepts and applications of quantum mechanics in engineering.

How does Quantum Mechanics for Engineering differ from traditional quantum mechanics courses?

Quantum Mechanics for Engineering is specifically tailored for engineers, focusing on applications rather than theoretical concepts. It also includes examples and problems that are relevant to engineering problems and technologies.

What are the real-world applications of Quantum Mechanics for Engineering?

Quantum Mechanics for Engineering has a wide range of applications in various fields of engineering, including communication, computing, materials science, and energy. It is also essential for understanding and developing technologies such as transistors, lasers, and sensors.

Do I need a background in physics to understand Quantum Mechanics for Engineering?

While a basic understanding of physics can be helpful, it is not necessary to have a background in physics to understand Quantum Mechanics for Engineering. The course starts with the basics and gradually builds upon concepts, making it accessible to engineers from various disciplines.

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