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Updated in [July 18th, 2023]

What skills and knowledge will you acquire during this course?
Upon completion of this course, students will acquire skills and knowledge in various areas of quantum computing, including quantum hardware, quantum software, and quantum theory. They will gain a deep understanding of topics such as nano photonics, semiconductor qubits, superconducting qubits, quantum sensors and metrology, qubits in photons and atoms, micro and nano fabrication, quantum algorithm research, quantum machine learning, quantum AI, group theory, ring theory, category theory, operators, quantum mechanics, and quantum information theory. The course also offers sectional tests to help students assess their knowledge level for the exam and provides guidance on exam preparation and self-study supplements.

How does this course contribute to professional growth?
This course on IBM certified Quantum Developer Exam contributes to professional growth by providing a comprehensive overview of quantum computing, covering topics such as quantum hardware, quantum software, and quantum theory. It also offers in-depth knowledge on various aspects of quantum computing, including nano photonics, semiconductor qubits, superconducting qubits, quantum sensors and metrology, and quantum algorithm research. The course further enhances professional growth by delving into areas like quantum machine learning, quantum AI, group theory, ring theory, category theory, operators, quantum mechanics, and quantum information theory. Additionally, the course offers sectional tests to help students assess their knowledge level and provides guidance on exam preparation and self-study.

Is this course suitable for preparing further education?
This course is suitable for preparing further education because it provides a comprehensive overview of the IBM Certified Quantum Developer Exam. It covers the three major categories of quantum computing: quantum hardware, quantum software, and quantum theory. The course also includes in-depth topics such as nano photonics, semiconductor qubits, superconducting qubits, quantum sensors and metrology, qubits in photons and atoms, micro and nano fabrication, quantum algorithm research, quantum machine learning, quantum AI, group theory, ring theory, category theory, operators, quantum mechanics, and quantum information theory. Additionally, the course offers sectional tests to help students gauge their knowledge level for the exam. It also provides guidance on how to best prepare for the exam and suggests self-study materials to supplement the course.

Course Syllabus

Basic Quantum Circuit Construction

Single Qubit gates

Single Qubit gates Visualization

Multi Qubit gate and visualization

Circuit depth

Plot Bloch Vector

Read and Write in QASM file

Fidelity

Operator