Master the skills used to create band graphene and carbon nanotube nanostructures using Matlab from the ground up.
On the nanoscale, it has been found that the electronic properties of nanostructures change similarly to their optical properties. The conductivity of solid or macroscopic material is an illustration of how the electrical properties of nanoparticles can differ. How to Simulate Electronic Properties of Nano-Structures certification course is created by Milad Zoghi- CEO of Right Vision & Master Engineer of nanotechnology, which is made available through Udemy.
How to Simulate Electronic Properties of Nano-Structures online training is aimed at students who are interested in learning about the theories and characteristics of carbon nanotubes and graphene nanoribbons and who wish to begin researching nanostructures. Students who enroll in the How to Simulate Electronic Properties of Nano-Structures online classes will receive 2 hours of prerecorded lectures, 2 articles, and downloadable resources that cover a variety of topics, including energy band, energy level, tight binding, free electron, Hamilton matrix, Block theorem, periodic potential, band structure, and periodic structure.
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Udemy
After completing the How to Simulate Electronic Properties of Nano-Structures online certification, students will gain a deeper understanding of the fundamentals of nanotechnologies for working with nanostructures using Matlab. Students will learn about band structures and periodic structures as well as the concepts behind the Bloch theorem and the E-K diagram. Students will gain knowledge of the Hamiltonian matrix of periodic structures as well as principles related to energy band, energy levels, tight binding, free electron, energy, and momentum. Students will also learn about working with carbon nanotubes and graphene nanoribbons as well as the Schrodinger equation for periodic potential.
Mr Milad Zoghi CEO Freelancer
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