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#hadamard — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #hadamard, aggregated by home.social.

  1. New #openaccess publication #SciPost #Physics

    Bethe Ansatz inside Calogero-Sutherland models

    Gwenaël Ferrando, Jules Lamers, Fedor Levkovich-Maslyuk, Didina Serban
    SciPost Phys. 18, 035 (2025)
    scipost.org/SciPostPhys.18.1.0

    #TAU #DESY #CEASaclay #CNRS #ParisSaclayUniversity #IPhT
    #Hadamard

  2. This is the first in a series of four articles based on my Jupyter Notebooks exploring quantum computing as a tool for generating random number distributions.

    Many of the introductory quantum computing articles and courses out there are not quite right. They either quickly head deep into details that require a University-level physics or mathematics background, or sit at a high level based on analogies that are out of step with how quantum computers actually work. I want to try something different, and introduce some useful quantum computing algorithms using high-school level maths. I will avoid much (but maybe not all) of the jargon, and show how the algorithms can be implemented on the commonly available Qiskit platform.

    aes.id.au/blog/1354
    #hadamard #lesson #qiskit #quantum #quantumcomputing #qubit #random #technology

  3. Is this #math question about #Hadamard matrices unresolved? Is there a \(k\) such that there is no \( 4k \times 4k)\ matrix \(H)\ with -1 or 1 entries such that \(H H^t=4k Id)\?

  4. A basic introduction to #QIBO with a link to online python notebook plus accompanying slides which I used for a tutorial for understands at #NTU #SG.

    The examples include:
    - basic #Clifford group generators such as Z, X and #Hadamard,
    - Preparing a #Bellstate with a #CNOT
    - #swaptest, sampling and histograms

    youtube.com/playlist?list=PLHc

    I'm linking the playlist, suggestions, comments and requests warmly welcome!

  5. A basic introduction to #QIBO with a link to online python notebook plus accompanying slides which I used for a tutorial for understands at #NTU #SG.

    The examples include:
    - basic #Clifford group generators such as Z, X and #Hadamard,
    - Preparing a #Bellstate with a #CNOT
    - #swaptest, sampling and histograms

    youtube.com/playlist?list=PLHc

    I'm linking the playlist, suggestions, comments and requests warmly welcome!