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    A Complete Course On Ibm Certified Quantum Developer Exam

    Posted By: ELK1nG
    A Complete Course On Ibm Certified Quantum Developer Exam

    A Complete Course On Ibm Certified Quantum Developer Exam
    Published 6/2023
    MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
    Language: English | Size: 5.93 GB | Duration: 8h 9m

    Complete course on Industry's First Quantum Certification by IBM

    What you'll learn

    You will learn from scratch the syllabus of IBM Quantum developer certified exam

    You will be able to draw circuit, implement single , multi qubit gates

    Visualization techniques, Operators, Fidelity will be taught

    You will be able to understand the math behind rotation gates.

    It's not just solving matrix but understand how matrix derived from Ket bra notation.

    You will understand how inner product and outer product are used wisely.

    You will not rote learn any matrix but really understand from depth

    You will learn slicing and indexing which is a part of python programming language.

    You will be able to understand the real application of Euler's formula

    You will get sectional test to test your knowledge.

    Requirements

    Beginner to medium level knowledge in python coding is appreciated.

    You should know to navigate along Jupyter notebook.

    Description

    Quantum computing is a vast field. The foundational stone for this field was laid in early 20th century. With great scientists like Albert Einstein, Max Planck, Feynmann quantum field started celebrating its anniversary. It's as fascinating, intriguing as it sounds but the reality was already mentioned by Feynmann as "Nobody actually understand quantum mechanics", what we know is only a part which universe wanted us to know. Many things are yet to be discovered. Currently, we can safely say that quantum can divided into three major categories. I will try fitting every subfields as best as possible.             Quantum Hardware  (Experimental): Nano photonics, Semiconductor qubits, Superconducting qubits,    Quantum sensors and metrology , Qubits in photons and atoms, Micro and nano fabrication.           Quantum Software: Quantum Algorithm research. Quantum Machine learning, Quantum AI.          Quantum Theory : Group theory, Ring theory, Category theory, Operators, Quantum mechanics, Quantum Information theory.Every topic mentioned above is a research field in itself and tech giants like IBM, Google, Microsoft has invested in million dollars into this research. As a first step, IBM has launched a Qiskit Advocate program a few years back. In that, we need to mandatorily clear IBM certified Quantum developer exam as part of the program. The main goal of my course is to make you understand the nuances of the exam. Prepare in a strategic way. The syllabus though test only the fundamental knowledge, as year increases, the complexity of exam also increases. Most part of the questions you can clear only by having in depth understanding. For example. in my course, I have briefly explained about Eulers theorem which has a major role in understanding the mathematics behind matrices formation.I have also given sectional tests to at tune your knowledge level according to exam perspective. You should also do self-study. Buying this course and only following the lectures, materials, tests alone may not be recommended. All these adds value to your self study and religious preparation from your side. But I can assure you that you won't be disappointed taking my course. Thank you so much!! Will meet you on the other side of the course. My best wishes to everyone for their successful quantum journey.

    Overview

    Section 1: Basic Quantum Circuit Construction

    Lecture 1 Drawing the circuit

    Lecture 2 Saving quantum circuit

    Lecture 3 Slicing and Indexing

    Lecture 4 Quantum and Classical Registers

    Lecture 5 Barrier

    Lecture 6 Measurement

    Lecture 7 Quiz Basic Quantum Circuit Construction

    Section 2: Single Qubit gates

    Lecture 8 Import Libraries

    Lecture 9 X gate

    Lecture 10 Y gate

    Lecture 11 Z gate

    Lecture 12 Identity gate

    Lecture 13 Hadamard gate

    Lecture 14 Excersices

    Lecture 15 Eulers formula

    Lecture 16 S gate

    Lecture 17 S dagger gate

    Lecture 18 T gate

    Lecture 19 Visualize transition

    Lecture 20 T dagger gate

    Lecture 21 Rx gate

    Lecture 22 Ry gate

    Lecture 23 Rz gate

    Lecture 24 Phase gate

    Lecture 25 Quiz on Single Qubit gate construction section

    Section 3: Single Qubit gates Visualization

    Lecture 26 Import libraries

    Lecture 27 Aer and BasicAer

    Lecture 28 X gate visualization

    Lecture 29 Y gate visualization

    Lecture 30 Z gate visualization

    Lecture 31 Hadamard gate visualization

    Lecture 32 S gate visualization

    Lecture 33 S dagger visualization

    Lecture 34 T gate visualization

    Lecture 35 T dagger visualization

    Lecture 36 QUIZ

    Section 4: Multi Qubit gate and visualization

    Lecture 37 CX gate part 1

    Lecture 38 CX gate part 2

    Lecture 39 CY gate part 1

    Lecture 40 CY gate part 2

    Lecture 41 CZ gate part 1

    Lecture 42 CZ gate part 2

    Lecture 43 CH gate part 1

    Lecture 44 CH gate part 2

    Lecture 45 CH gate part 3

    Lecture 46 SWAP gate part 1

    Lecture 47 SWAP gate part 2

    Lecture 48 CCX gate part 1

    Lecture 49 CCX gate part 2

    Lecture 50 CSWAP gate part 1

    Lecture 51 CSWAP gate part 2

    Lecture 52 Bell states part 1

    Lecture 53 Bell states part 2

    Lecture 54 Bell states part 3

    Lecture 55 Quiz

    Section 5: Circuit depth

    Lecture 56 Circuit depth part 1

    Lecture 57 Circuit depth part 2

    Lecture 58 Size of circuit

    Lecture 59 Number of qubits

    Lecture 60 Count ops

    Lecture 61 Width of circuit

    Lecture 62 Quiz

    Section 6: Plot Bloch Vector

    Lecture 63 Plot Bloch Vector part 1

    Lecture 64 Plot Bloch Vector part 2

    Lecture 65 Plot Bloch Vector part 3

    Lecture 66 Plot Bloch Vector part 4

    Section 7: Read and Write in QASM file

    Lecture 67 Read and write in QASM Intro part 1

    Lecture 68 Read and Write in QASM part 2

    Lecture 69 Read and Write in QASM part 3

    Lecture 70 Quiz

    Section 8: Fidelity

    Lecture 71 Fidelity

    Lecture 72 Quiz

    Section 9: Operator

    Lecture 73 Operator part 1

    Lecture 74 Operator part 2

    Lecture 75 Operator part 3

    Lecture 76 Quiz

    This course is set for absolute beginners and people having intermediate knowledge can also get hugely benefitted.,When you want to learn Qiskit library,If you want to step into quantum computing field but not sure whether it suits you, you can definitely take this course to know your interests.,When you want to give Quantum certified developer exam but not sure in what structure you should prepare. This course is just for you.,When you have knowledge about Quantum certified developer exam but wanted to add on missing piece of knowledge.,When you want to test your knowledge in every section and give the best shot for this exam.