Computing Quantum Number in Quantum Computer
Why take this course?
Course Title: Computing Quantum Number in Quantum Computer with Python-Qiskit 🚀
Headline: Dive into Quantum Computing with Python-Qiskit - Encode, Decode & Perform Arithmetic Operations on Qubits! 🌐🔬
Hello Qurious Learners,
Greetings from the exciting world of Quantum Computing!
🚀 Welcome to the Project Based Course on 'Qubit State Encode-Decode for Complex Numbers' & Arithmetic Operations!' 🌟
In our daily interactions with digital devices, we often take for granted the simplicity with which numbers can be represented and manipulated. Yet, the story behind this seamless experience is a fascinating journey into the realm of quantum computing. Here, the concept of 'number' undergoes a dramatic transformation as it transitions from the classical to the quantum domain.
Understanding Quantum Numbers:
- 🎓 From Basics to Advanced Concepts: We will embark on a learning journey that begins with understanding the fundamentals and progresses to mastering advanced mathematical formulations.
- 🧮 Mathematical Foundations: Learn how to represent ordinary numbers in the context of quantum computing, setting the stage for their transformation into quantum states.
Practical Application with Python-Qiskit:
- 👨💻 Hands-On Project Work: Engage in a research and development (R&D) based project where you'll compute the transformation of numbers to quantum numbers using Python-Qiskit.
- 🛠️ Tools at Your Fingertips: Get hands-on experience with Google Colab, Jupyter Notebook, and IBM Q Experience to implement your knowledge.
- In Google Colab, we'll compute transformations without the explicit use of gates.
- In Jupyter Notebook, we'll delve into computing these transformations using unitary gates.
- With IBM Q Experience, we'll briefly explore the implementation of quantum gates.
Who Can Join? This course is designed for learners with a high school level understanding of mathematics. Whether you're a student, educator, or a tech enthusiast eager to explore the frontiers of quantum computing, this course is tailored for your growth and discovery in the field. 🎓✨
What You Will Gain:
- Expert Guidance: Be mentored by expert instructor Vineet Kumar, who brings a wealth of knowledge in quantum computing and Python-Qiskit.
- Comprehensive Resources: Access to video lectures, detailed notes, GitHub links, and an installation kit to kickstart your project work.
- Community Support: Join a community of like-minded learners who share your passion for quantum computing.
Course Materials:
- 📚 Video Lectures: Engaging content to guide you through each concept.
- 📝 Detailed Notes: In-depth explanations and examples to complement the lectures.
- 🔗 GitHub Links: Access to code repositories for further learning and exploration.
- 💻 Installation Kit: Everything you need to set up your environment for the course.
Embark on this quantum journey with us and unlock the power of quantum computing! Enroll now and be part of the quantum revolution. 🌐🔺
Enrollment is Open - Secure Your Spot Today! 🎢🚀
Join us, and let's decode the mysteries of quantum numbers together! 🤓💫
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