Duck and Schrödinger’s Cat take a quantum vortex time adventure

Time Travelling Duck brings along his new friend Schrödinger’s Cat on a Quantum Vortex Time Adventure, to observe what happens in the future.

FROM THE THREAD

Tom's notes 17

  1. Tom Kirkmanreplying to Fabrice Toussaint

    in the Quantum Universes, space and time votexes may or may not need homothetic decimal points in order to observe potential possibilities in the future.

    ====================

    Just so everyone is on a similar quantum page viewpoint here, have a techical definition, to avoid confusion:

    ● Homothetic
    (adjective)
    Of a function of two or more variables in which the ratio of the partial derivatives depends only on the ratio of the variables, not their value."

  2. Tom Kirkman

    Fabrice Toussaint
    In math, the Derivative is a tool that quantifies the sensitivity to change of a function's output with respect to its input.

    ●●●》In simpler terms, a "Derivative" is something that is based on another source.

    A "Partial Derivative" is more complex, and is explained in the link below. Some excerpts:

    A Partial Derivative is when you take the derivative of a function with more than one variable but focus on just one variable at a time, treating the others as constants.

    For example ...

    [ snip math calculation examples ]

    ... We need partial derivatives because they help us understand how a function changes with respect to one variable at a time, especially when dealing with functions that depend on multiple variables.

    https://www.geeksforgeeks.org/partial-derivative/

  3. Tom Kirkmanreplying to Mrinal Kaul

    Quantum Bunny Rabbit is patiently waiting for Time Travelling Duck and Schrödinger's Cat to journey through the Time Vortex.
    They may or may not arrive intact and in time.
    Quantum Bunny will just have to wait and see how it goes.

  4. Tom Kirkmanreplying to David Rutherford

    how does one determine the quantum ratio of percentage to real and surreal?
    Are there common denominators?

  5. Tom Kirkmanreplying to David Rutherford

    I'm pretty sure that imaginary numbers may or may be necessary for observing quantum space time travel.

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