ConwayLife.com

Also, I saw a second orange center but shifted slightly from center after executing pattern (it's all black and white pattern). So that's like in neural nets which have 2 hidden layers, and dark vortex contains all hidden layers in automata vortex. But it shows hidden layer may not be completely ...

The gas fireplace was susceptible to things in room, like running humidifier would turn blue flame orange and sound like boiling then on high heat from water in air. Algae will grow on outdoor lantern on flimsy shiny mirror on top and bottom. But led light photons will draw coils on Mylar flimsy ...

The gas fireplace was susceptible to things in room, like running humidifier would turn blue flame orange and sound like boiling then on high heat from water in air. Algae will grow on outdoor lantern on flimsy shiny mirror on top and bottom. But led light photons will draw coils on Mylar flimsy ...

Huh? Sorry, I don't understand what you're trying to say here too much.


That flimsy materials like an immaterial vapor cloud of water and algae surrounding a planet is open to showing a pattern in the vapor from things on the planet that are similar to the vapor cloud or would imprint on the ...

If you have a box with a flimsy liner, you can see a pattern form from collisions of gas molecules bouncing off, or if you have 2 parallel curved mirrors with a light bulb between, and a flimsy mylar mirror glued over the mirrors, it will draw or imprint a coil or spring shape on mylar mirror, cause ...

The original pattern in the first post is a Robinson math tile. 2018-05-07-robinson-tiles-1.png


I was trying to make the center of X shape spin, and was changing things gradually, and when I added the 4 "flags" on each edge of square it spun better. Also, looking at the pattern zoomed out, it ...

One other thing Conway worked on is the monster group, which is involved in symmetry. This physicist says machine learning is associated also with symmetry: https://www.youtube.com/watch?v=0DEJ4QL5bcs

And I quote from a mathematical subject of monster group: "Borcherds’s creation fulfilled Dyson’s ...

I remember seeing a program used to display far future state or really picture of cellular automata and can't find it. Does anybody know?

I think the reason why the original X-shape pattern in post (1.), works, is that if you rotate the pattern 90 degrees, nothing changes, it lines up with the previous image, so rotating it 90 degrees again doesn't change either. Somebody on another forum made a spinning device, a small solid cylinder ...

I think you can just wrap the edges with the klein bottle wrapping. That wrapping allows a shift of 1 on the edges on the klein bottle side. I believe the X pattern is superfluous i.e. you can use any random pattern in the rule B3/S12456 to create a quantum computer. Why? The rule B3/S12456 is ...

https://en.wikipedia.org/wiki/List_of_fractals_by_Hausdorff_dimension

The hexagonal lattice plus flipped hexagonal lattice makes a length of 3, and a mass of 13 when it closes in on the dark X (explanation of fractals in https://www.youtube.com/watch?v=gB9n2gHsHN4)

In the list of fractals ...

This may not work, but in the hexagonal lattice, when you flip it left to right, it makes a dark X in the interior boundary when added to the hexagonal lattice. This all has to do with what I noticed in the shrinking rule B35/S5678. I took the original X pattern, then added like a checkerboard of ...

What I originally noticed from the X found in the first post, is when I made a video of it, at exactly ten seconds in, a phantom cloud appears along the curved edge of the X. Now what I'm trying to get, is when you remove a large number of squares in a large X, about the center, what closes in is a ...

I noticed in this pattern, that in the random flicker when zoomed out, a figure-8 shape form in the dark random patterns form around the center, and the figure-8 is a string that travels to the center, and then rubs against itself in a gyrating pattern, then exits the center.

x = 1764, y = 590 ...

cylinder.png

The picture shows how in the previous post (the first pattern) a row of clockwise under a row of counterclockwise, starting from a single left starting point, they depart in distance from left to right.

Since a square lattice like on graph paper, and this automata is like the usual ...

Does anybody know how they implemented the dark mixing pattern in the lower left: https://en.wikipedia.org/wiki/Lattice_g ... onal_grids

Bottom line, I believe the clockwise and counterclockwise X's in the original post can be arranged to be a hyperplane cutting through the 5th dimension. The previous post shows how a row of clockwise under a row of counterclockwise, in the pattern upload in the previous post, the two rows start to ...

I didn't notice this before. When you make a row of the X's, and put the anti-X above it, due to their clockwise or counterclockwise nature, the two rows spread apart from each other (as you go from left to right, the distance between the two row of X's), and get further and further away from each ...

I'm looking at this https://en.wikipedia.org/wiki/Minkowski_space#Lorentz_transformations_and_symmetry

Momentarily co-moving intertial frame, the gif halfway down the page on the right. It looks exactly like one of the long arms extending from the central region in the X (within the flicker that is ...

This is the hexagonal lattice:

x = 3000, y = 2996, rule = B3/S12456
1565bo$1566bo584bo$1567bo582bo$1568bo580bo$1569bo578bo$1570bo576bo$
1571bo574bo$1572bo572bo$1573bo570bo$1574bo568bo$1575bo566bo$1576bo564b
o$1577bo562bo$1578bo560bo$1579bo558bo$1580bo556bo$1581bo554bo$1582bo
552bo$1583bo550bo ...

I think it's pretty close to being made in the rule B3/S12456. This is the hexagonal lattice:

x = 3000, y = 2996, rule = B3/S12456
1565bo$1566bo584bo$1567bo582bo$1568bo580bo$1569bo578bo$1570bo576bo$
1571bo574bo$1572bo572bo$1573bo570bo$1574bo568bo$1575bo566bo$1576bo564b
o$1577bo562bo$1578bo560bo ...

You make a fractal arrangement of the large squares in the rule B35/S5678 (type of shrinking rule), as this picture shows:

Untitled1.png


The large squares are just completely filled squares (can make it with something similar to B123/S12345678 starting from a line of 7 or 8 on cells), but need ...

I copied and pasted a horizontal line from the hexagonal lattice into rule 90. The persistent pattern of a double circle and a line forming in the original pattern within the random flicker looks like it has something to do with fractals.

x = 3140, y = 1, rule = w150 ...

It's possible that since that up/down and left/right long lines that meet at the corners of the large squares like in the clockwise/counterclockwise-- since they shouldn't touch or intersect any other large squares, that the hexagonal lattice from the center outward would have to spread out like in ...