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Certification: Quantum Computing Foundations – Math & Theory for Beginners

Upgrade your CV with proven skills in quantum computing. This beginner-friendly certification covers essential math and theory, giving you a strong foundation to navigate the future of AI and advanced technology with confidence.

Exam of 10 to 20 questionsCertificate for LinkedInBeginner
IT and development
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The exam

Take the certification exam

Multiple-choice questions about the course. Pass with 70% or more and your certificate is issued at once, with a public page and an "Add to LinkedIn" button.

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What the exam covers

2 questions from each of the 15 chapters of the course

20 multiple-choice questions, drawn fresh for every attempt. Pass with 70% or more.

  1. 01Complex numbers and matrices8:36
  2. 02Matrix operations and eigenvectors6:21
  3. 03Qubits and superposition5:09
  4. 04Dirac notation, Bloch sphere and single-qubit gates7:23
  5. 05Introduction to phase4:15
  6. 06Hadamard, phase gates and multiple qubits9:10
  7. 07Measuring qubits and entanglement5:24
  8. 08Phase kickback and superdense coding7:02
  9. 09Functions on quantum computers4:07
  10. 10Deutsch's algorithm5:39
  11. 11Deutsch-Jozsa algorithm9:02
  12. 12Bernstein-Vazirani algorithm4:18
  13. 13Quantum Fourier transform6:15
  14. 14Quantum phase estimation4:01
  15. 15Shor's algorithm9:21
About the course

The Certification: Quantum Computing Foundations – Math & Theory for Beginners introduces you to the essential mathematical principles and theoretical concepts underpinning quantum computing. Gain valuable skills such as improved decision-making, increased productivity, and a future-proof career by exploring core topics like qubit manipulation, quantum algorithms, and quantum phenomena. Enroll today to unlock new opportunities in this rapidly advancing field.

This certification covers the following topics:

  • Mathematical Foundations
  • Qubit Representation and Manipulation
  • Quantum Gates
  • Quantum Phenomena
  • Quantum Algorithms
  • No-Cloning Theorem
  • Reversible Computation
  • Quantum Entanglement and Its Role in Quantum Algorithms
  • Quantum Fourier Transform (QFT) and Its Applications
  • Practical Applications of Quantum Computing in Business and Industry
  • Main Challenges in Quantum Computer Development and Implementation
  • Quantum Computing's Impact on Cybersecurity
  • Software Tools and Platforms for Quantum Computing
  • Quantum Computing Enhancements in Machine Learning