Silas ΘΔ
@twilightowlchemy.com
Some Sundials work best at Twilight ⨁
Ask me about my 80 consecutive Primes
Ask me about my 80 consecutive Primes
This is a picture of the one of the famous "Penrose Tiling's" It can /only/ tile the plane /non periodically/
Very cool stuff.
Very cool stuff.
April 16, 2025 at 6:03 AM
This is a picture of the one of the famous "Penrose Tiling's" It can /only/ tile the plane /non periodically/
Very cool stuff.
Very cool stuff.
When you draw out axis lines, following the 90 degree angles, and then attempting to resolve the other axis, you can't.
This, in 3 dimensions, would only have 3 valid axis. The rest is noise. (Life)
This, in 3 dimensions, would only have 3 valid axis. The rest is noise. (Life)
April 16, 2025 at 6:03 AM
When you draw out axis lines, following the 90 degree angles, and then attempting to resolve the other axis, you can't.
This, in 3 dimensions, would only have 3 valid axis. The rest is noise. (Life)
This, in 3 dimensions, would only have 3 valid axis. The rest is noise. (Life)
This is a complex iteration of the Conway Triangle pairing. Fractal like in it's zoom characteristics, but also finite within its single shape.
Organized, and Chaotic
Random, and Structured
Real, and Mythical.
With enough resolution? You can draw anything with this format.
Organized, and Chaotic
Random, and Structured
Real, and Mythical.
With enough resolution? You can draw anything with this format.
April 16, 2025 at 6:03 AM
This is a complex iteration of the Conway Triangle pairing. Fractal like in it's zoom characteristics, but also finite within its single shape.
Organized, and Chaotic
Random, and Structured
Real, and Mythical.
With enough resolution? You can draw anything with this format.
Organized, and Chaotic
Random, and Structured
Real, and Mythical.
With enough resolution? You can draw anything with this format.
Look this seems like simple stuff, I know. I know.
This is called the Conway Triangle Pairing. (Thank you Conway)
These are the only shapes that can be created from the critical half geometry from the framework.
The offset at 26.565 comes from this shape exactly.
This is called the Conway Triangle Pairing. (Thank you Conway)
These are the only shapes that can be created from the critical half geometry from the framework.
The offset at 26.565 comes from this shape exactly.
April 16, 2025 at 6:03 AM
Look this seems like simple stuff, I know. I know.
This is called the Conway Triangle Pairing. (Thank you Conway)
These are the only shapes that can be created from the critical half geometry from the framework.
The offset at 26.565 comes from this shape exactly.
This is called the Conway Triangle Pairing. (Thank you Conway)
These are the only shapes that can be created from the critical half geometry from the framework.
The offset at 26.565 comes from this shape exactly.
The Riemann Zeta function lies on the critical line.
This line is designated in geometry by drawing a rectangle on the complex plane, with coordinates 2 high, and 1 coordinate right, sitting at exactly at √5 radius from origin. (√5, ϕ, 1/2, √2, π, e, 26.56505 degrees; all encoded)
This line is designated in geometry by drawing a rectangle on the complex plane, with coordinates 2 high, and 1 coordinate right, sitting at exactly at √5 radius from origin. (√5, ϕ, 1/2, √2, π, e, 26.56505 degrees; all encoded)
April 16, 2025 at 6:03 AM
The Riemann Zeta function lies on the critical line.
This line is designated in geometry by drawing a rectangle on the complex plane, with coordinates 2 high, and 1 coordinate right, sitting at exactly at √5 radius from origin. (√5, ϕ, 1/2, √2, π, e, 26.56505 degrees; all encoded)
This line is designated in geometry by drawing a rectangle on the complex plane, with coordinates 2 high, and 1 coordinate right, sitting at exactly at √5 radius from origin. (√5, ϕ, 1/2, √2, π, e, 26.56505 degrees; all encoded)
If you want a deep dive on how I arrived at this particular equation for relativity, there's a whole big thread on my X.
(Sorry I just started it there.)
(Sorry I just started it there.)
March 15, 2025 at 11:35 PM
If you want a deep dive on how I arrived at this particular equation for relativity, there's a whole big thread on my X.
(Sorry I just started it there.)
(Sorry I just started it there.)
This is the first model of my Gyroid Lattice fan. I'm calling it the Blackout Gyroid. This iteration is probably good enough to be a nice desk fan, or incense dispersion. This will be one of the higher tier Kickstarter rewards! There's another vent on the other side!
#Merch
#3DPrinting
#Kickstarter
#Merch
#3DPrinting
#Kickstarter
March 5, 2025 at 1:54 AM
This is the first model of my Gyroid Lattice fan. I'm calling it the Blackout Gyroid. This iteration is probably good enough to be a nice desk fan, or incense dispersion. This will be one of the higher tier Kickstarter rewards! There's another vent on the other side!
#Merch
#3DPrinting
#Kickstarter
#Merch
#3DPrinting
#Kickstarter
This is my life now. Im just gonna do whatever my brain feels like lmao.
March 4, 2025 at 8:06 PM
This is my life now. Im just gonna do whatever my brain feels like lmao.
ROTFLMMFARTFOMMFB
Whelp, this is like the 9th time GPT has said this about different things. Apparently I'm built different
Whelp, this is like the 9th time GPT has said this about different things. Apparently I'm built different
March 4, 2025 at 12:21 PM
ROTFLMMFARTFOMMFB
Whelp, this is like the 9th time GPT has said this about different things. Apparently I'm built different
Whelp, this is like the 9th time GPT has said this about different things. Apparently I'm built different
African car manufacturers are neat. But Laraki is totally on another fucking level.
The Laraki Sahara is one of the most beutiful cars I've ever seen tbh.
The design is wild. 1200hp on gasoline, 1800 on racing fuel, incredible machine.
The Laraki Sahara is one of the most beutiful cars I've ever seen tbh.
The design is wild. 1200hp on gasoline, 1800 on racing fuel, incredible machine.
February 24, 2025 at 5:36 PM
African car manufacturers are neat. But Laraki is totally on another fucking level.
The Laraki Sahara is one of the most beutiful cars I've ever seen tbh.
The design is wild. 1200hp on gasoline, 1800 on racing fuel, incredible machine.
The Laraki Sahara is one of the most beutiful cars I've ever seen tbh.
The design is wild. 1200hp on gasoline, 1800 on racing fuel, incredible machine.
I cannot say the same.
February 20, 2025 at 8:57 PM
I cannot say the same.
It may not look special to yall but this is uhhhhhhhhh
This is a "modified logarithmic spiral" Seashell curves, galaxy arms, golden ratio, you've seen it.
Remember that each dot is a fucking -prime number- in hex-space. This is following an -actual fucking structure out to infinity-
This is a "modified logarithmic spiral" Seashell curves, galaxy arms, golden ratio, you've seen it.
Remember that each dot is a fucking -prime number- in hex-space. This is following an -actual fucking structure out to infinity-
February 19, 2025 at 6:59 AM
It may not look special to yall but this is uhhhhhhhhh
This is a "modified logarithmic spiral" Seashell curves, galaxy arms, golden ratio, you've seen it.
Remember that each dot is a fucking -prime number- in hex-space. This is following an -actual fucking structure out to infinity-
This is a "modified logarithmic spiral" Seashell curves, galaxy arms, golden ratio, you've seen it.
Remember that each dot is a fucking -prime number- in hex-space. This is following an -actual fucking structure out to infinity-
You can't make it out really but this is a much much larger cone. Each red dot is an Einstein prime, and the conical shape holds in hexagonal 3d space seemingly to infinity.
This is a neat dive.
This is a neat dive.
February 19, 2025 at 6:21 AM
You can't make it out really but this is a much much larger cone. Each red dot is an Einstein prime, and the conical shape holds in hexagonal 3d space seemingly to infinity.
This is a neat dive.
This is a neat dive.
Learning about hex-based numbers and Einstein Primes in 3d space based on hexagonal math.
Really interesting stuff. Prime numbers in this number system seem to create structures that resemble common wave forms.
It's cool asf. The Einstein Primes adhere to a conical structure that is predictable.
Really interesting stuff. Prime numbers in this number system seem to create structures that resemble common wave forms.
It's cool asf. The Einstein Primes adhere to a conical structure that is predictable.
February 19, 2025 at 6:17 AM
Learning about hex-based numbers and Einstein Primes in 3d space based on hexagonal math.
Really interesting stuff. Prime numbers in this number system seem to create structures that resemble common wave forms.
It's cool asf. The Einstein Primes adhere to a conical structure that is predictable.
Really interesting stuff. Prime numbers in this number system seem to create structures that resemble common wave forms.
It's cool asf. The Einstein Primes adhere to a conical structure that is predictable.
The front face of the Challenge Coin. The hashtags are where they will be serialized.
February 16, 2025 at 11:55 PM
The front face of the Challenge Coin. The hashtags are where they will be serialized.
This is going to be one of the stretch rewards for my Kickstarter :D
A nice Velcro patch.
A nice Velcro patch.
February 16, 2025 at 9:33 PM
This is going to be one of the stretch rewards for my Kickstarter :D
A nice Velcro patch.
A nice Velcro patch.
I'm not sure if the Kickstarter will get there, but one of my stretch goal ideas is some -serious- lab goggles. They come with interchangeable lenses that are clear/sunglasses/shade5 welding. They also look absolutely alchemical.
February 16, 2025 at 4:39 PM
I'm not sure if the Kickstarter will get there, but one of my stretch goal ideas is some -serious- lab goggles. They come with interchangeable lenses that are clear/sunglasses/shade5 welding. They also look absolutely alchemical.
One of the bits of MERCH that will be available from my Kickstarter :D
February 15, 2025 at 11:06 PM
One of the bits of MERCH that will be available from my Kickstarter :D
10-adic numbers are WILD
It's like doing math at the end of an infinite decimal.
Instead of 0.6666666....
You do math at ...66666667
The END of the decimal (kinda) I'ts actually working with increasingly precise infinities, but the similarities 10-adics to the end of infinite decimals is wild.
It's like doing math at the end of an infinite decimal.
Instead of 0.6666666....
You do math at ...66666667
The END of the decimal (kinda) I'ts actually working with increasingly precise infinities, but the similarities 10-adics to the end of infinite decimals is wild.
February 11, 2025 at 9:22 AM
10-adic numbers are WILD
It's like doing math at the end of an infinite decimal.
Instead of 0.6666666....
You do math at ...66666667
The END of the decimal (kinda) I'ts actually working with increasingly precise infinities, but the similarities 10-adics to the end of infinite decimals is wild.
It's like doing math at the end of an infinite decimal.
Instead of 0.6666666....
You do math at ...66666667
The END of the decimal (kinda) I'ts actually working with increasingly precise infinities, but the similarities 10-adics to the end of infinite decimals is wild.