Learn Quantum Computing  with Python-Not live online

QUANTGATES LTD

Practical training in Quantum Computing to solve hi-valued real-world problems. Developers, data scientists, researchers, and students can get practical experience powered by QPUs in the cloud and earn a certificate of competency to support professional growth.| &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | Contents:<ul><li>Introduction to Quantum Mechanics</li><li>Introduction to Quantum Computing</li><li>Quantum Gates and Quantum Circuits</li><li>Quantum Computation using Qiskit</li><li>Quantum Algorithm Implementations</li><li>Solving real world problems via IBM Q</li></ul>| &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | Price:Quantum computing introduction (Offline): € 39 Quantum Programming Live online course: € 190| &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; |Key Features:<ol><li>Learn quantum computing through programming projects</li><li>Run and test your quantum programs with the integrated IBM Q</li><li>Use Qiskit to create, compile, and execute quantum computing programs</li></ol>| &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; |<ul><li>Earn a Certificate of Competency to support your professional growth.</li><li>No background in quantum computing, or quantum physics necessary.</li><li>No physics background necessary.</li></ul>| &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; |Learning aims and outcomesThe aim is that by the end of the course you will be able to write relatively simple quantum algorithms and will be confident and able to continue learning:<ul><li>How to program for the D-Wave hardware </li><li>How to program for the IBM Q</li><li>How to program for the Rigetti hardware</li><li>Solving machine learning optimization problems using quantum computers</li></ul>| &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; | &#x27; &#x27; &#x27; &#x27; &#x27; |

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