Sport bars are programing centers. One of many!

If you’re not getting out, get out! Go for a glass of wine, or a beer at your local sports bar. Observe what you know, but nobody else knows.


I am fairly certain that is an image of a Sports Bar in Chicago . . .

The sports bar image reminded me of the magenta-laden photos coming out of what is presumably present Ukraine and its current electronic dance and rave culture . . .

The event’s DJ, 25-year-old ophthalmology student Artur Bhangu, joined Kyiv’s territorial defense force when the war started, per Reuters.

The Saturday rave’s organizer, 34-year-old Garik Pledov, told Reuters that the new daytime raves have their upsides.

“I even like them more when they are done in the day because parties have become more about music, culture, and conversation than when they were held at night,” he said.

Pledov told Reuters he began organizing the parties began in mid-June when it became clear that people were ready to take their minds of [sic] the war.

While the events can be a form of escapism, the reality of the war is impossible to entirely forget.

Garik Pledov @ 20ft Radio - YouTube (Garik Pledov of 20ft Radio)

Author of Insider article linked above - Alia Shoaib Sep 4, 2022

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The “ribbon weaving” mention seems significant. Aligns with that weird AR Liberty Bell tonal “art” object I talked about in the Biden speech. It looked like it was made of ribbons, too.

String theory?

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Skeleton of a Multi-ribbon Surface

  • March 2010



Ivan Mekhedov

Ivan Mekhedov

Leonid Mestetskiy at Lomonosov Moscow State University

Leonid Mestetskiy

. . . aaaannnd . . . We are back at the Voronoi (computational geometry) – once again . . .

The Fusion as a Novel Binary Operation on Medial Axes

Ivan Mekhedov; Leonid Mestetskiy

2010 International Symposium on Voronoi Diagrams in Science and Engineering

Year: 2010 | Conference Paper | Publisher: IEEE

Cited by: Papers (1)


This paper presents a novel type of binary operation on medial axes: fusion of medial axes. A method for fusing medial axes of two-dimensional objects is described. The method is applicable to a pair of the medial axes of adjacent multiply-connected polygonal domains in the plane. The algorithm computes the medial axis from a structure called Delaunay graph which embodies information about adjacency in the Voronoi diagram of the edges and vertices. It is shown how Delaunay graphs can be merged and hence how the fused medial axis can be computed from individual Delaunay graphs. The main singularity of the fusing operation is that to construct the medial axis for a union of two adjacent figures in is not necessary to explicitly union the figures. This makes sense in those cases when two figures sharing finite number of polygonal chains overlap in the plane and cannot be united. Such problem of overlapped polygons occurs frequently in handling geospatial map objects in GIS (for example, bridge and road different level parts within an interchange). The complexity of the proposed method is O(n log n) where n is a number of vertices both in two polygonal figures.

Who would have thought that magenta and Voronoi would show up together at a Ukrainian rave? It seems geospatial mapping is a central ingredient to “cooking” up these simulacra events, and is thus, crucial to interrogate further . . . Voronoi diagrams, Delaunay graphs, and polygonal domain sets seem to be central components of cybernetics/cyber-physical systems.

@Gino @AMcD @Jason_Bosch @jenlake @all_members

For the record . . . I think this short collaborative exercise – that started with a magenta-lit sports bar (and led us to ribbons, which led us to Voronoi patterning) – evidences precisely why this working group is so fruitful and critical. Hugs ~ Stephers

Stephers the musical Wicked would be an interesting one to decode considering how far back it goes and its use of the usual color suspects.

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Just a reminder that Georgy Voronoy (the mathematician who devised the Voronoi diagram) was Ukrainian. I get the sense it is an occult reason why Ukraine was chosen to be the hub for this massive controlled demolition/relocation project – being used to accelerate the cyber-physical infrastructure (including holography and precision geospatial intelligence) coming online.

The Voronoi Diagram devised by Ukrainian mathematician Georgy Voronoy has been used to establish territorial waters around the world. It is also the savior of Lake Biwa in Japan.

What Is Ukraine Like?

Ukraine is a country in Eastern Europe, located across the Black Sea from Turkey. The capital city, Kiev, is famous for Mussorgsky’s Pictures at an Exhibition. Speaking of Kiev, the American actress Milla Jovovich is also from Kiev.

Ukraine has a population of 43.7 million, making it the eighth populated country in Europe. Its land area is 600,000 square kilometers, which is larger than France’s 550,000 square kilometers, making it the third largest country in Europe. (Japan’s area is 380,000 square kilometers.)

Saint Sophia Cathedral, Kyiv (Rbrechko, CC BY-SA 4.0)

There are many cultural heritages left in Ukraine. The Cathedral of St. Sophia, built in 1037, is a beautiful building that is open to tourists. It was registered as a World Heritage Site in 1990.

Borscht is a typical traditional Ukrainian dish, and is also widely loved in neighboring Russia. In the 1960s, Soviet cosmonauts carried it with them as a space food in a tube.

George Voronoy’s Great Invention, the Voronoi Diagram

There is a Ukrainian mathematician named Georgy Voronoy. He was born in 1868 and entered the University of St. Petersburg in 1889. His teacher was the famous mathematician Andrei Markov. Voronoy suffered from a stomach ailment and died at the age of 40, but his mathematical discoveries have had a profound impact on the modern world.

Voronoy’s greatest achievement was the *Voronoi diagram”*or Voronoi tesselation, which was a way to create a figure.

I would like to introduce Voronoi diagrams with the help of Professor Kokichi Sugihara, one of Japan’s leading researchers in computational geometry.

First of all, imagine that there are many points scattered on a plane. This is what the diagram looks like.

Image courtesy of

For each point, the Voronoi diagram is “a classification of the area around the point that is closer to you than the others.” The result is a diagram like this.

Image courtesy of

What is this useful for?

It is very useful for many purposes. For example, in the textbook Atsuyuki Okabe and Atsuo Suzuki, “Mathematics of Optimal Placement” (in Japanese), the covered area of each postbox is determined from the distribution of postboxes in Koganei City. So, if you look up your address, you can find the nearest postbox. The map looks like this.

Image courtesy of Okabe and Suzuki: Mathematics of Optimal Placement

Of course, the postbox is just an example, and it is actually used to analyze how much chance there is to open a convenience store at this location. The location on the dividing line of the Voronoi diagram is equally far from both postboxes (convenience stores), which means that there will be more needs for the establishment (opening of new stores) than other locations.

Voronoi diagrams have also been applied to understand natural phenomena. For example, it is said that the pattern of a giraffe is a Voronoi diagram.

A Giraffe in the Mikumi National Park, Tanzania; Muhammad Mahdi Karim, GFDL 1.2

People Drawing Lines on the Earth

Here is a work that is very much related to Voronoi diagrams. It is the job of drawing boundaries on maps and charts. For one reason or another, this boundary drawing has brought a great deal of revenue to the local government of Shiga Prefecture.

Sakhalin used to have Japan’s only above-ground border line (Note 1). However, the southern half of Sakhalin is now under undecided ownership, and Russia is still in effective control, which means that all of Japan’s borders are at sea.

(Note 1: Nagasaki was a Jesuit city from 1580 to 1587, so if there were other borders on the ground besides Sakhalin, they were there, albeit on a smaller scale.)

As for how to determine maritime borders, in the past, the territorial sea was defined as the distance from the shore that a cannon can reach. However, if the coastline is complicated, the coastline may be redrawn with a ruler under certain rules. The legally defined coastline is called the baseline.

The problem arises when the coastline is less than 24 nautical miles from the other shore, or when the coastlines of two countries are connected. In such cases, how do you draw the border on a nautical chart?

This is where the equidistance principle comes in. The equidistance principle asserts that at any point on a maritime border, the distance from that point to the nearest point on the territorial sea baseline of both countries should be equal. The equidistance principle was first internationally agreed upon in 1958, so it has been in dispute for quite some time.

In order to actually calculate this equidistance principle on charts and maps, several algorithms are known, but the mathematical basis is the Voronoi tessellation. Japan’s territorial waters were calculated by the Japan Coast Guard’s Office of Territorial Sea Determination (abolished in 1998).

Turning to Japan, for example, there was a dispute over which of the adjacent wards belonged to a certain reclaimed land in Tokyo Bay. In this case, the Tokyo Metropolitan Government proposed a division plan based on a 1995 Supreme Court decision that said, “In principle, land on the water surface shall be divided using the equidistance principle.” Ultimately, the two wards decided to fight it out in the Tokyo District Court, and the decision was finalized in 2019.

On the other hand, the boundary of Lake Biwa in Shiga Prefecture was settled through discussions among municipalities facing the lake in 2007. The boundary was determined by the equidistance principle.

The reason why the delimitation on the water surface is necessary is that adding the area of Lake Biwa to the area of the municipality will increase the amount of local allocation tax. In particular, Takashima City, which came into being in 2005 as a result of a merger of municipalities, has secured a quarter of Lake Biwa, and its area has increased from 511 square kilometers to 693 square kilometers, a 36 percent increase. Because of this, the local tax allocation to Takashima City was increased by 8.4 percent from 2007 to 2008. A part of the increase for each municipality is said to be used as a shared financial resource for the conservation of Lake Biwa.

The Voronoi diagram, which was devised by Voronoy from Ukraine, is being used as a means to solve the problem of ward division in Japan and many other places in the world.

In terms of subliminal programming, information warfare, behaviorism, etc. . . . With this new added context of Voronoi, I think it may be time to revisit my initial post at POM in April 2020, in which I asserted that the presumed virus was an in silico construct. I recall being the first researcher to express this, having done so a year prior to the “terrain” folks (who seem to have latched onto this concept, yet wholly disregard the nano-bio toxicity framework that is so crucial).

People - VORONOI

The in silico molecular design platform with virtual screening allows Voronoi to quickly discover hit compounds, and accelerate predicting efficacy and pharmacological value. Kim Namdoo, PhD. Lim Jaeyoung Intellectual Property. Scientific Advisory Board. Scientific Advisory Board.

I posit that this “virus” was not made in a physical lab, but rather a virtual lab — one created in the AI aether by the geekiest of minds at the highest levels of the blockchain/AI technocratic elite. It serves as an “independent agent” that propagates through the augmented reality that it is creating autonomously. Simulation models accompany it.

Based on the concept of a pandemic and the idea of an infectious agent and contagion model — I suggest that the entire narrative is AI-generated from cradle to grave (pun intended), and we humans are merely serving a virtual virus as “machine teaching assistants”.

Indeed, they have terrorized us with their inflated and manufactured numbers in this pandemic scenario, haven’t they? I would add that there is terror in the technocrats’ plans to overlay reality with a fabricated reality based completely on computer simulation. There may come a time when no one will be able to distinguish the difference. Most people have already succumbed to this charade — or rather, this “mask”uerade. Look around — it is Night of the Living Dead.

Part 2 will be about the concept of the “Simulacra”, as put forth by Jean Baudrillard, as well as the books, Social Physics by Alex Pentland and Growing Artificial Societies by Joshua Epstein and Robert Axtell. I will discuss the role of Lam Research, who acquired Coventor, Inc – a leader in simulation and modeling. As Rick Gottscho, executive vice president and corporate chief technical officer of Lam Research stated back in 2017, “Together, our collective goal is to deliver more simulation, more virtual fabrication, and an overall increase in computational techniques to support the development of next-generation transistors, memories, MEMS and IoT devices.”

By the way: The first person in the US reported to have died from COVID-19 is Patricia (Trish) Dowd. Trish worked for Lam Research…

In June 2020 (Part 2 of 2), I went into more detail on in silico computational modeling:

RE: Ukraine and Voronoi (geospatial mapping, borders/boundaries)

One more reminder . . . Oleksandr Zelenskyy - Wikipedia

Oleksandr Semenovych Zelenskyy (Ukrainian: Олександр Семенович Зеленський; born 23 December 1947), also known as Aleksandr Zelensky (Russian: Александр Семенович Зеленский), is a Ukrainian mining scientist and mathematician[1] who specializes in the automation of geological and surveying support. He is a professor[2] and a doctor of technical sciences.[3] Zelenskyy has been the head of the Kryvyi Rih State University’s Department of Cybernetics and Computing Hardware since 1995. He is the father of Ukrainian president [Volodymyr Zelenskyy] (Volodymyr Zelenskyy - Wikipedia).

Early life and family[edit]

Oleksandr Semenovych Zelenskyy was born in Kryvyi Rih, Soviet Ukraine, on 23 December 1947. He is of Jewish origin.[4][5][6][7] His father, Semyon (Simon) Ivanovych Zelenskyy, served in the Red Army’s 57th Guards Motor Rifle Division during World War II. Semyon’s father and three brothers died in the Holocaust.[8] He is married to Rymma Zelenska (born 16 September 1950). He is the father of [Ukrainian President] (President of Ukraine - Wikipedia) Volodymyr Zelenskyy (born 1978).[9][10]

Academic career[edit]

Oleksandr Zelenskyy earned his bachelor’s degree in electrical engineering from Kryvyi Rih State University in 1972. In 1983, he defended his dissertation at the Moscow State Mining University, titled “Automated calculation of iron ore reserves in the ICS quarry.Zelenskyy has been the head of the Kryvyi Rih State University’s Department of Cybernetics and Computing Hardware since 1995.[11] Alexander Zelensky has always put his scientific work into practice. Their logical continuation and development was the creation of an automated mining management system at the joint Mongolian-Russian enterprise ERDENET, which develops one of the world’s largest copper-molybdenum deposits. He worked with this plant for more than 20 years.

Oleksandr Zelenskyy
Олександр Зеленський
Born Oleksandr Semenovych Zelenskyy

23 December 1947 (age 74)

Kryvyi Rih, Ukrainian SSR, Soviet Union (now Ukraine)
Nationality Ukrainian
Alma mater Kryvyi Rih State University
Known for Being the father of Volodymyr Zelensky
Spouse Rymma Zelenska
Children Volodymyr Zelenskyy
Relatives Olena Zelenska
Scientific career
Fields Electrical engineering
Institutions Department of Cybernetics and Computing Hardware of Kryvyi Rih State University of Economics and Technology
Thesis “Methodological foundations of surveying support for planning and accounting of production in the information system of ore quarry management” (2003)

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