Status Updates From Fractal Geometry 2e
Fractal Geometry 2e by
Status Updates Showing 1-30 of 37
Paige McLoughlin
is finished
Brownian motion and power spectrum.
— Apr 14, 2026 02:55PM
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Paige McLoughlin
is on page 244 of 368
Julia Sets and the Mandelbrot Set.
— Apr 14, 2026 02:51PM
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Paige McLoughlin
is on page 215 of 368
Dynamical systems, including the Logistic equation, strange attractors, and Lyapunov exponents.
— Apr 14, 2026 02:50PM
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Paige McLoughlin
is on page 177 of 368
Applications in Number theory and using box counting methods with data.
— Apr 14, 2026 02:47PM
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Paige McLoughlin
is on page 151 of 368
How to generate fractals.
— Apr 14, 2026 02:45PM
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Paige McLoughlin
is on page 123 of 368
Getting into applications now, which is why I am here.
— Apr 14, 2026 02:43PM
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Paige McLoughlin
is on page 109 of 368
Multiplying fractals, one adds the dimensions, which makes sense logarithmically
— Apr 14, 2026 02:38PM
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Paige McLoughlin
is on page 76 of 368
Mass distribution measures of dimensionality. More rigor than I am used to, but I am merely a physicist, not a mathematician.
— Apr 14, 2026 02:32PM
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Paige McLoughlin
is on page 59 of 368
Hausdorff and Box Counting dimensions. More heavily mathematical treatment with definitions and proofs.
— Apr 14, 2026 02:25PM
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Paige McLoughlin
is on page 27 of 368
Intro to math concepts and terms
— Apr 14, 2026 02:18PM
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Jakub Krukowski
is 10% done
A full guide to fractal geometry. Suitable for applied mathematicians.
— Nov 29, 2024 04:09PM
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Paige McLoughlin
is on page 364 of 368
Randomizing fractal patterns and power spectrum of fractal noise, Brown, White, Pink, and Black.
— Jan 01, 2021 08:30PM
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Paige McLoughlin
is on page 244 of 368
Julia sets and Mandelbrot. I know rigor makes sure the stuff is right and all but really I like the "smash and grab" stuff you can use.
— Jan 01, 2021 08:28PM
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Paige McLoughlin
is on page 153 of 368
Once you get past the rigorous prelude you get to the good stuff the smash and grab math and doing stuff with fractals
— Jan 01, 2021 08:12PM
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Paige McLoughlin
is on page 109 of 368
Methods for measuring fractals for making projections of them on lower dimensions, and products of fractals.
— Jan 01, 2021 07:51PM
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Paige McLoughlin
is on page 59 of 368
a more empirical off the shelf measure for objects that aren't constructed but ones found out there to be analyzed and assessed is the "Box Counting" dimension. And some other alternative variants.
— Jan 01, 2021 07:44PM
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Paige McLoughlin
is on page 39 of 368
Hausdorf dimension for fractional dimensions between the integer dimensions everyone knows about. I have seen this treatment in other places.
— Jan 01, 2021 07:39PM
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Paige McLoughlin
is on page 27 of 368
rigorous work with probability theory. I am pretty good with this stuff.
— Jan 01, 2021 07:33PM
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Paige McLoughlin
is on page 17 of 368
Borel sets and measure theory and Lebesque Measure. I wonder if they are using law school methods with this book. You know the joke "the first year of law school scare you to death, second-year work you to death, third-year bore you to death"
— Jan 01, 2021 07:29PM
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Paige McLoughlin
is on page 11 of 368
This has some rigorous mathematical treatments proper, not the "smash and grab" applied math I use for physics. Luckily I graduate school drop out in Mathematics so I can handle the rigor.
— Jan 01, 2021 07:23PM
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