Your Guide to Quantum Circuits and Qiskit: Quantum Computing in Practice

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  • Опубликовано: 5 сен 2024
  • This episode will go over IBM Quantum hardware and Qiskit software. We will discuss the Qiskit primitives, how to use them to run quantum circuits with error mitigation, how to select the best quantum processor for your application, and how to interpret and post-process measurement results.
    This is intended for the audience member who is just getting started, and for anyone looking to become more familiar with Qiskit 1.0’s latest features and changes.
    Associated written content:
    learning.quant...
    IBM quantum documentation: docs.quantum.i...
    Configuring error mitigation: docs.quantum.i...
    Transpilation: docs.quantum.i...
    #ibmquantum #learnquantum #qiskit

Комментарии • 26

  • @pablogreco1668
    @pablogreco1668 Месяц назад +11

    I started with Qiskit many years ago, when the most powerful processor that existed was 5 Qubits and quantum computing was considered a myth. It is incredible how this field has advanced and dissemination and teaching has improved. Thank you very much Olivia for all the effort you make every day to transmit this knowledge and give us the opportunity to access this wonderful technology.🙌

  • @QiskitWithChris
    @QiskitWithChris Месяц назад +8

    Hi Olivia. First of all I wanted to thank you and all of the IBM Quantum team for putting out such high quality content every time. Your content by far is the most easily digestible in QC.
    Spoiler: Big rant coming up! 😅
    Although I should say one problem that I've had learning qunatum is to correctly visualize what all of these concepts mean. For example it took me a while to understand when we say "entangling" photons its actually referring to a single photon being split into two entangled photons and i only learned that after digging very deeply into experimental quantum physics lectures. Maybe not the best example but the point i wanna make (which i am trying to do on my own too) is can we make tutorial a bit more connected to their experimental equivalent? it would be great to show us, in detail, how quantum is being deployed in real world so that the learning becomes more "oh i truly understand now" vs "meh i kinda got it so it's good enough for now" 😊😊😊 again i truly enjoy your lectures but just throwing in some suggestions. Thanks

    • @qiskit
      @qiskit  Месяц назад

      Thank you for the feedback! It is appreciated!

  • @christophekumsta522
    @christophekumsta522 Месяц назад

    Hello, I started watching and testing IBM qiskit few years ago.
    My field is industrial computer vision application, and we have a lots of machine learning optimization problems that could benefit from hybrid machine learning.
    This field has moved fast. This video is a very clear and detailed explanation of what it is today.
    Thank you very much for this clear re-introduction!

  • @GavinM161
    @GavinM161 Месяц назад +1

    This was a great introduction to what can be quite a daunting subject. Looking forward to part 2.

    • @dw4223
      @dw4223 Месяц назад

      100% agree!

  • @aayushgoel3941
    @aayushgoel3941 Месяц назад

    Good things do come together. I have taken part in QGSS. This video by far has the most friendly and clearest explanation to all the terms/linguals in Qiskit. I can now participate in QGSS in a better way. Thanks Qiskit team!!

  • @KriMoDa
    @KriMoDa Месяц назад +1

    Yet another awesome video tutorial. Thanks Olivia & the IBM team for offering ordinary folk access to the latest out there. So much learning from your videos & the Qiskit website. Also thanks for reminding me to reinstall the latest SDK & Runtime..

  • @kmunson007
    @kmunson007 Месяц назад

    I can't believe how good this is. Thank you for doing this and thanks to IBM for providing this resource - it is incredible. Looking forward to the third video in the series!

  • @easymath9783
    @easymath9783 Месяц назад

    thanks lanes! this was best and comprehensive explanation of all the think at a glance.

  • @orangelaysluvr
    @orangelaysluvr Месяц назад +1

    THANK YOU KEEP UP THE GOOD WORK :3

  • @maker._
    @maker._ Месяц назад

    Great series 👏

  • @dinarwali386
    @dinarwali386 Месяц назад

    Fantastic, Olivia. Selecting a quantum processor based on factors like the number of qubits, EPG, and CLOPS. Are there any other factors or metrics that you consider important when choosing a processor for a specific experiment, like in simulation?

    • @qiskit
      @qiskit  Месяц назад

      the queue times lol

  • @greatjupiter2000
    @greatjupiter2000 Месяц назад

    Nice lecture, thank you

  • @cosmicwarriorx1
    @cosmicwarriorx1 Месяц назад

    Thanks Olivia, IBM and Qiskit team for doing this. Is there any foundation course you recommend for an absolute beginner without any knowledge of computer science and programming?

    • @qiskit
      @qiskit  Месяц назад

      Start here :)
      ruclips.net/video/3-c4xJa7Flk/видео.html

  • @humbayahumbaya4267
    @humbayahumbaya4267 Месяц назад

    Thank you!

  • @KanedaSyndrome
    @KanedaSyndrome Месяц назад

    Nice intro, liked it :)

  • @yousseflazrak1983
    @yousseflazrak1983 Месяц назад

    Thank you

  • @sinaasadiyan
    @sinaasadiyan Месяц назад

    nice intro

  • @orangelaysluvr
    @orangelaysluvr Месяц назад

    WANNA WORK AT IBM WITH YALL ONE DAY :3

  • @user-xk7jg6jc6c
    @user-xk7jg6jc6c Месяц назад

    please share full schedule
    or any hint

    • @qiskit
      @qiskit  Месяц назад

      we'll be posting schedule updates on the channel.

  • @comicrystal2385
    @comicrystal2385 Месяц назад

    when will the next ep releasing

  • @socratesuffer2765
    @socratesuffer2765 Месяц назад

    Anyone mentions a real world problem to that plz ?