An exception is Charles Darwin, who describes the behavior of honeybees-- not so much the dance, but the way that the hexagonal cubes, hexagonal containers in the honeycomb, must be designed by the bees and how their behavior must have evolved to produce those.
and put these tube linings into the pipe, and boom, it works like magic, like a charm. The uranium hexafluoride was no match for this magic material. - As Gordon Fee, the manager of the nuclear weapons plant, put it, "There was never a substitute considered, as far as I know."
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the peaks of those firing pattern are located in what looks like um either depending on your your prediliction either a hexagonal uh structure or a an equilateral triangular structure. So if you look at a structure of firing like that where as the animal goes around the environment the cell goes at equally spaced locations then your
Actually, I have an undergraduate degree, in double E, in math, and the very first program I wrote was not "Hello, World" it was actually in machine language using actually hexadecimal. I was like 10 years old. This was back in 1980 or so, and I made an LED blink.
Simplest of simple sugars. Six carbons in a hexagon, some hydrogens and oxygens dangling off the corners. This is the most important molecule on earth.
every snowflake is unique because it's precisely the condition and context that make it slightly different but there's a rule based structure under it. So a snowflake is hexagon which means it has a unique form but it also has a unique relationship to that form each time it manifests. So if you're ever walking through a snowstorm you're actually being bombarded with unique instances of weather patterns. Now, considering we're here at Google, weather patterns are
So they got to work To distort the image, they used a massive nest of electromagnets with six, eight, or even ten separate coils and magnets with bumpy magnetic fields. These were known as the hexapole, octopole, and decapole magnets. So as the electron beam passed through a hexapole, it would twist and squeeze the flat 2D image into a triangular saddle.
I've got three patterns here. You can sort of see the hexagonal triangular lattice in there.
And in the center, the three hexagons? No copiest has successfully added three hexagons to the center of their pattern. And why? Because copiests thought they were copying an artist.
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And I use the PGP word list. The PGP fingerprints can be displayed in hexadecimal or using the word list. And I used that same word list for displaying on Zfone originally, and now-- actually, PGP Phone did it, and then
But it's a contour map. So each of these two-digit hexadecimal numbers is showing you whether it's a large number or a small number. And so what he's done is he's shaded the contour map in three different shadings so that you can see blotches appearing like you might on a Frisian cow,
We had tricks. You guys hook up. and not what the red hexagon at the end of the street means.
And they spin uranium gas. I think it's uranium hexafluoride gas. And this is how generally they're controlled.
you get that measurement of the wobbling star, and you pair it with the light curve, the light curve is giving you the estimated That's all those golden hexagons.
These were known as the hexapole, octopole, and decapole magnets. So as the electron beam passed through a hexapole, it would twist and squeeze the flat 2D image into a triangular saddle. And the circumference of the original beam would be pushed into the three corners, with the rest of the interior stretched out.
And then the bottom row is made up of six cruciforms. Each one is flanked by two diamonds or hexagons, other than in the very center, he changes the pattern to three diamonds, three hexagons. Now this is a blow-up.
More geometric circles, hexagons, triangles, diamonds, ovals.
And the top of the hydrant had this wonderful hexagonal, shiny nut on top of it behind a red thing.
So he's written the data in these two digit hexadecimal
So instead of dripping the 40,00th digit in hexadecimal, he sent them all 40,000 digits in a big package and they could
The bottom row, every time you see a red mark, it's an inconsistent knot crossing with the one at the Louvre Museum. And in the center, the three hexagons? No copiest has successfully added three hexagons to the center of their pattern.
One of the things though that his helped contribute is it added the phrase Hexapodian as a key insight to the nerd vernacular.
that you could have 32 segments instead, 32 hexagonal segments.
And you know, they figured out how to enrich uranium hexafluoride gas, you know, what, 20 years ago now.
Picture this: You’re in a hallway lined with mirrors, leading to a strange hexagonal room with books.
That means “ here was no personal or world problem whose eloquent solution did not exist in some hexagon.” Gracias a Dios!
Well, I thought it was important to get into Leonardo's mindset. So this anomaly I've been speaking about, three hexagons flanked by two, two, two-- Critchlow said that three represented male,
This is not in the book, but this is also hexagons.
It was just straight, I mean most of the guys worked at hexadecimal but he worked straight raw binary code so thatís one of his universes.
- Okay, so you can see we're getting a bunch of tiny little bubbles, and just naturally, they're packing into this hexagonal arrangement.
You just have to have it. - To get the fuel for nuclear bombs, enriched uranium, you first have to turn the uranium into a gas, uranium hexafluoride. It was a nasty chemical that corroded everything.
- But then DuPont was like, "Listen, we have this seemingly indestructible chemical, right? It doesn't react with stuff it doesn't corrode, so maybe we can try and use it against uranium hexafluoride." So they get a bunch of this powder, they cram it together under high pressure to create these cakes, essentially.
But now the middle of the image would have a slight concave bow, giving the effect of a small divergence. Then Rose, Haider, and Urban forced the beam through a second hexapole , one that worked the opposite way, so it would unbend the distorted image back into a circular shape. But now they, calculated this new image might have the remnants of that tiny divergence still in its center, with spherical aberration pointing in the opposite way.
And it's really not telling us very much about what animals are doing. An exception is Charles Darwin, who describes the behavior of honeybees-- not so much the dance, but the way that the hexagonal cubes, hexagonal containers in the honeycomb, must be designed by the bees and how their behavior must
And that just shows as your sandwich-- I mean, triangular sandwich, hexagonal sandwich, et cetera, and sort of the asymptotic behavior of your eating.
And I actually drew it out on my computer, fooled around with the color placement and how big I wanted these hexagons, or hexagons to be.
And so I had one on the front counter of the store in a tank about, yea, big, a cylinder, kind of hexagon,
Every single glyph in the language, whether it's for a number or a syllable or whatever, has these little conjoined double hexagons.
And he could've just dripped the 40,000 decimal place, except the spigot algorithm only works in hexadecimal, which is not
In seven to ten business days, you will receive a pack of seeds. Plant the seeds in the gel in the shape of a regular hexagon." He's thinking, "Man, these options have changed."
you're seeing behind me are various natural forms that have a very mathematical, very algorithmic kind of context. Say the most obvious example is this snowflake, right? You see a snowflake. They are hexagon and there's a mathematical equation that a gentleman by the name of Johannes Kepler who was a really renowned physicist from the 16th or 17th century, 1642 I believe or something like that. So