WSU MathStat

Sonia Kovalevsky Day - April 16, 2022

This event is an all day, all female, all math occasion for middle and high school students! Continental breakfast and lunch provided, no registration fee, and a free t-shirt!

Visit https://www.math.wichita.edu/skday/ to register by April 8th.

- An "Infinite Ring" for a Fibonacci day (8-13-21). Escape Time Fractal based on the hyperbolic sin z = c*sinh(z).

- A bit of a throwback for me. I first made this about 20 years ago as a picture for a nursery. "Soft" - Escape Time Julia Fractal of Barnsley3 Type.

- In case you were wondering where the "Desert River" flowed to from last week - Escape Time Julia Fractal generated from z = z^4.124 + c.

- "Desert River" - Time to revisit the escape time Julia Fractal generated from z = z^4.124 + c.

- A variation of the Phoenix fractal that was discovered by Shigehiro Ushiki.

- And back to a Crazy Seuss world. Another visualization of the Hyperbolic Sine.

- "The Dark Tower" - After a week off it's back to exploring the escape time fractal generated from the hyperbolic sine (z = c * sinh(z)). You really need to click the image to see all of it.

- Leaving the dark comic graphic novel theme and going Dr. Seuss. Amazingly this is ALSO a visualization of the Hyperbolic Sine like last week's fractal.

- Continuing with the "Dark Comic" theme from last Friday. Same fractal ... Different location in it. Escape Time Fractal using the Hyperbolic Sine (z = c * sinh(z)).

- "Welcome to the Dark Comic" Found a great world to play around in. Looking around the fractal was like finding a dark comic graphic novel. Crazy to think this is just a visualization of a function. Escape Time Fractal using the Hyperbolic Sine (z = c * sinh(z)).