Eve Online Astronomy Club

Communications Center Out Of Pod Experience
973

Snowflakes aren’t infinite; they’re just highly varied.

No, snowflakes are infinite. Each water drop has the potential to become a uniquely infinite snowflake, the mass of the potential infinite number of snowflakes presents in one snowflake, times an infinite number of snowflakes. That’s a lot of potential mass hiding in a snowflake.

Snowflakes are infinite due to the curvature of how snowflakes are created. Clouds are infinitely rolling fields of a gaseous state. A cloud will never roll and tumble the same, therefore the snowflakes that are created will never be the same but will be infinite in design.

The Snowflake design variable is as infinite as PI 3.14

I have twenty-one pages of dialogue between myself and AI on the matter of water being an infinity.

A single snowflake is incredibly light, with an average weight of about 0.02 milligrams, or 2 millionths of a gram, though some sources estimate a typical snowflake to weigh around 1 milligram. This means it would take about 50 snowflakes to make 1 gram.

It takes 44,800,000 snowflakes to make a ton. Each of those 44,800,000 snowflakes each have the potential to become a new and unique snowflake when melted into water and drop from a height where snowflakes are made. An infinite number of snowflake designs made from just a ton of snowflakes.

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You can’t say that with any certainty because you haven’t looked at every single snowflake. To say that snowflakes are infinite with conviction would require you to analyze all snowflakes and that would take you forever until the end of time.

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975

Yes, I can say with certainty that snowflakes are created as infinite geometric designs that never repeat, because the atmosphere variables that create snowflakes are never the same but are infinite as well.

Matter of fact, if you take the smallest volume of water necessary to create a snowflake with infinite potential and add another drop let of the same volume, you have a single drop of water capable of one unique and infinite snowflake but also the potential for that the single droplet twice the volume of the first to contain two potentials of infinite and unique snowflakes, then three times, four and all the way up to ten times infinity or ten droplets of water from the smallest amount needed to create a snowflake, to ten droplets of water, each droplet capable of creating an infinite number of snowflakes based on the evaporation of the water until snowflakes can no longer be created, entropy, but will still only create one and infinitely non-repeating snowflake design.

976

I understand. You love infinity, things that are infinite and infinitly infinite. I’ll leave you to it now.
Good day.

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977

2.4 billion years that the Earth has been creating snowflakes and not a single duplicate snowflake. I’m certain that the design of the snowflake is infinitious and is infinity in the form of water.

Planets that have H2O but doesn’t form oceans and still has liquid oceans, is another form of infinity that humans aren’t able to survive in without specialized equipment.

Snowflakes have their own entropy as well. From the smallest possible raindrop that snowflakes are able to be created from is a form of entropy. Small and large mixed snowflakes creating their curvature of space-time with the infinite possibility of coming back as smaller or larger snowflake than before. But regardless of the water drops size, the smallest snowflake possible does create a single infinity. An infinity that keeps on proving itself to be infinite every time it rains or snows or there are clouds overhead. H2O evaporates to its smallest volume without being able to create a snowflake? That is on extension of the potential of infinity that will not be testable as being an infinity until the water drop let gains more liquid volume. Raindrops are also able to bend light. Light being bent around an infinity, such as a water drop able to be made into a snowflake is what? Maybe a miniature magnifying surface on the surface of infinity that lets us see, feel and hear the possibilities of an infinite universe.

No H2O infinity on a planet. there will not be life, as we know it, on said planet.

water molecule - The smallest unit of water is a water molecule, which is made of two hydrogen atoms and one oxygen atom.

A typical snowflake will have 1,018 molecules and about 1,015 will contain deuterium, so there are an enormous number of ways in which the crystal can become distorted to form a new shape.

No insider trading, but small amounts of deuterium harvested from snowflakes could be the next trend.

So, in order for one infinity to be born, 1,018 water molecules are needed to create enough water volume for the snowflake to form. But why do we see snowflakes? I think the infinite design of snowflakes are an indication that an interaction is taking place between the Einstein Universe and Primordial space.

Hydrogen constitutes approximately 75% of the universe’s mass, while Oxygen only makes up 1.2% of all universal mass. While oxygen is plentiful as an element, molecular oxygen is not and is necessary for life on Earth.

1,018 water molecules + 1,015 containing deuterium. Deuterium is used primarily for nuclear fusion. So, before the 1,018 water molecules come together, there is no potential for nuclear fusion to take place. There is no chance for the infinite design of a 1018 droplet of water becoming a snowflake without 1,018 water molecules. But what does deuterium allow to become possible in a snowflake?

With a snowflake needing to be 1,018 water molecules and the potential of the single 1018 droplet to become one of many unique snowflake designs, for as long as the droplet retains its 1018 value to the point of infinity, then perhaps something at the Big Bang took place within the 1018 value that contained 1018 and then suddenly, infinite potential became reality from one single drop of 1018 water. What kept infinite potential from happening between 1 and 1017? It’s not until 1018 is the framework for infinity to be seen. But that same potential that cannot be seen at 1 to 1017 is still there. Hidden like the infinite potential of the snowflake in a droplet of water. But what happens when these potentials begin to cross paths in outer space? Are there hidden actuals from those potentials that we have yet to discover?

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In the end all you post is pseudoscience. Neither snowflakes and water are infinite. It has a basis of a three molecules being joined. Two hydrogen molecules to one oxygen. None of which are infinite. Nor are snowflakes. unless you can show how you have studied every snowflake. Your entire thought experiment falls apart.

The math says there will be variation. Which makes each unique in that regard, but again the math also states that many are variations. Which makes better sense once you stop to realize that while the variations are unique in and of themselves. It also accounts for the fact that in nature nothing is ever unique in that it creates or is creating individually unique patterns never to be seen again.

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Although the potential cannot be measured beforehand, we can measure the potential once a snowflake has grown and then assumptively presumed to know that the potential of a snowflake will not exist below 1,018 molecules. So, at what point does infinity start reflecting in the snowflake? The potential curve behind the snowflake can be measured even though the potential does not exist yet.

To best sum the idea up, the waterdrop is like the human brain. Inside the water drop, we are able to see the infinity being formed. But inside the brain, the only person who is able to see the infinity is the dreamer.

The potential of the waterdrop to have access to infinite geometric shapes is very similar to the human dream. In the dream there is no mass, but in order for the dreams to take shape, the brain must understand mass and color and blending, building structures, etc. in order the dream to take place. But in the snowflake the mass of infinity shows itself in the form of the uniquely infinite and six-sided Earth based snowflake.

The uniquely infinite snowflake design comes into being from infinity, but in the dream, the design goes into infinity. One coming from massless infinite space, the snowflake design and made into the snowflake, the other our brain, taking mass and converting it into mass lessness and sending it into the infinity of the dream.

But one of the most important aspects of infinity in the creation of a snowflake is the fluidic movment of the water inside of the 1018 drop. Is movement of the manifold of the 1018 caused by slight gravitational waves from outiside of the Earth or just from the core of the Earth moving naturally at the center.

Infinity has a weight. Let’s measure it.

From the 1,018 water molecule to the largest water drop capable of creating a unique and truly infinite snowflake design. Under 1,018 a snowflake cannot form, thus infinity cannot be seen. But from 1018 to the largest snowflake possible, each snowflake is a single and infinite weight each time the snowflake is created. But each snowflake is infinity, frozen in time for x amount of time before returning to the Earth as water.

With each snowflake, we see a moment of infinity frozen in time, at the exact moment and exact particulars needed to create the snowflake.

Each snowflake is a frozen measure of distance and weight, each snowflake an infinite design even when melted back into water still has the potential to become another unique snowflake who’s infinite weight potential and probability can be determined from the weight of the snowflake when it was first harvested.

The weight of infinity can be measured by using the dimensional particulars of the smallest and largest snowflakes.

When the waterdrop decreases in water volume and then joins another waterdrop, weight difference takes place in infinity as one potential becomes a larger and then smaller potential.

But how do we use the probability of the potential of known weight of infinity, the 1018 or larger waterdrop, to push back on infinity?

Snowflakes are Pi, 3.14.

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There are approx. 1.748x10241,478 + 10 to the 24th power of water water molecules in the human body. That factors to be 1.748x10241,478 + 10 to the 24th power number of single 1,018 sized water drops, each with their own potential of being a unique snowflake, for as long as the water drops remains at 1,018 water molecules.
If one 1,018 water molecule snowflake allows an infinite number of snowflakes designs, then 1.748x10241,478 + 10 to the 24th power is a lot of connections to infinity that each human comes from. Connections are part of the human brain, the dream world, where there is no mass, but objects with mass are created by the human brain.

1.748x10241,478 + 10 to the 24th power should be considered the number to measure sentients with as well. Although larger animals, such as elephants and whales, will have a larger count, both animals are not considered sentient, by our human standards, but still both animals contain infinity, in stored potential. As water flows through our body, we can see the stored potential of infinity working with infinity as water gathers here and there in the body, moving necessary nutrients around, digestion. All a constant flow and ebb of infinity. When we pass on, and the water evaporates from our body, and the potential of infinitely unique potential is gone, who we are, what we learned, is all returned to infinity, where we and snowflake come from before 1018. Maybe we go back into space-time that existed prior to the Big Bang.

Think of infinity like the plasma ball toy. The plasma are the infinity connections from a local source that plays across the surface the plasma ball. It’s not until the human hand is placed on the plasma ball that we are able to control where the plasma strands. The plasma is the infinite strand of unique potential and identity. The glass globe, the boundary between potential and this reality. The human hand on the globe? A connection with infinity that infinity cannot see and needs help understanding.

Humans came out of infinity, the Primordial Soup during the Big Bang, then, once again, human life emerged from the 1st infinity into the 2nd infinity or when humans emerged on Earth. The 3rd infinity is traveling through space, using infinite potential and ingenuity, passed onto each generation from the generation before, for humans to build upon.

But does Infinity learn from our body movements, our thoughts. If for every action, there is an equal and opposite reaction, and we are connected to infinity through the stored potential of an infinite number of snowflakes existing in life on Earth, then something has to be learning from us.

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I suspect that if you go large enough, our entire universe is part of an atom that is part of a Big Mac in a vastly larger universe, which is itself part a tree in a even vastlier larger universe…and so ad infinitum…

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982

Thanks for playing but have a glass of water and then day dream about how that water is running through your body, like water melting from a mountain top that flows through into rivers.

983

Generating a Quantum electrical current from a far distance. The process would involve using quantumly entangled particles to create a quantum current of electricity at each point, A and B at a far distance, then closer and closer until the two quantumly entangled particles occupy the exact same space. If we can create Quantum Current, which must be the middle ground of the up or down quark, then perhaps the up and down quark, The up quark or u quark (symbol: u) is the lightest of all quarks, a type of elementary particle, and a significant constituent of matter, can be controlled like turning water at the faucet, on and off.

To be able to travel faster than our rockets travel today, the up and down quarks would have to be managed to reduce the total matter constituent of matter in front and on all sides of the ship to reduce mass. Reducing mass would allow a ship to travel faster and consume less fuel.

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Hexagonal Plate Snowflakes and Blackhole Geometries.

If a water drop is able to create an infinite number of snowflakes based on the same water drop being converted to a snowflake, then back to water and then to a snowflake, such as aboard the ISS where there is less gravity, and we are able to measure the mass of the potential of infinity based on the weight of a single snowflake determining the weight of the next snowflake to be created from the same waterdrop and so forth until Pi is achieved and a blackhole consumes all matter, including all water molecules in the space around the blackhole, could it be possible that a black hole converts the potential of infinite mass stored in the water molecules into actual mass? Due to the infinite number of water molecules being consumed, and then converted into snowflakes at such a high rate of speed, where the same water droplets are converted into gravity that keeps light from being able to escape, is it possible that water is the key to understanding black holes?

The Black Hole Heart

Yes, some black holes pulse, a phenomenon known as quasi-periodic oscillations (QPOs) or a “black hole heartbeat”. This is not caused by the black hole itself, but by instabilities in the swirling disk of gas and dust (accretion disk) that orbits it, where the material gets compressed and heated as it falls inward.

We can see the same result in a water drop that is frozen into a unique snowflake and then melted and refrozen again. As along as the water drop is able to maintain the minimal number of water molecules necessary, to create a new snowflake design, then the potential for infinite mass to be created by the infinite number of snowflakes per water drop times the number of water droplets possible in the clouds around a black hole could be one reason for the immense gravity of a black hole. But there is a point in time when snowflakes lose mass before filling up again.

Another question that I have is, what other elements around a black hole have the infinite capability to create infinitely repeating snowflake patterns?

Although we can’t see the interactions above taking place, which are most likely taking place in the Quantum realm or even higher, the fact that the blackhole forms a 2D/3D hexagon and hexagonal pyramid (six/eight sides), 2D/ 3D cube (four/six sides), a 2D triangle of three sides and pyramid of least three sides and a 2D circle / 3D sphere, we see the same geometries in a snowflake.

The sphere, drawn from the center of the snowflake to the points of the hexagon. Then the lines of the hexagonal pyramid are drawn from each of the points on the hexagon until the lines intersect above and below the sphere, and then the cube is drawn around the sphere.

The geometric designs of the hexagonal plate snowflake are the best match for the geometry of a blackhole. Matter of fact, all planets from the size of our Moon to the largest galaxy all have the same basic design of being hexagonal plate snowflake in design.

I would have to say that life came to Earth after the first series of six-sided and six-branched snowflakes fully formed.

Runaway Glaciation: The reduction in greenhouse gases combined with increased light reflection triggered a period of extreme cooling, leading to the planet’s first extensive glaciation and the conditions necessary for snow to form and fall to the surface.

700 to 600 million years ago during the Cryogenian Period and along the Equator and other hot spots during this period is when life either began to emerge on Earth or aliens landed on Earth.

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The best place to start looking for life in the Universe is by understanding how light creates the branches on the snowflake. All planets, stars and moons larger than our own have a base hexagonal, sphere and hexagonal pyramid along with a cube set of geometries. Earth based snowflakes are based on the base hexagon, the branches are the interesting factor.

There are six skin tones based on the Fritzpatrick model, there are six branches on a snowflake, sometimes 12 though. There has to be some type of interaction between the six-side snowflake and light reflecting back into space that can be measured.

Six and twelve-sided snowflakes reflect light differently compared to the snowflakes on other planets in the Sol System.

The difference is, Earth based snowflakes contain data relating to life on Earth, unlike snowflakes on other planets that don’t have life on them, the snowflakes will reflect light differently.

Filtering out the light to determine whether or not the planets snowflake reflects light similar to Earth is the difficult part. The snowflakes for planets with life on them will also form differently, depending on the planet’s location in the Goldilocks Zone and will reflect light differently, but within a range of tolerance associated with life.

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TOI-1452 b — an exoplanet 100 light-years away — appears to be entirely covered by a deep, global ocean with no land in sight. It’s about 70% larger than Earth and orbits a red dwarf in a nearby binary star system.

Is quantum entanglement or quantum teleportation able to be used to ping TOI-1452 b?

The reflected light of a planet with life on it reflects differently than a planet with no life on it. Especially during the winter months. The light from two planets with water on them will always reflect and absorb the same infinite potential based on the class of water, but a planet with life on it will have snowflakes similar to Earth snowflakes. The reason being is that planets with life on them will exist in a finite range of being able to exist. That finite range is the Goldilocks Zone. The snowflakes on a planet with life that exists in the Goldilocks will see different types of snowflakes based on the location of the planet in the Goldilocks Zone created during the winter. But the most important factor is, planets with sentient life or the potential for sentient life will have the six-sided snowflake. The environmental conditions on Earth that create or sustain life are very precise. That same precision is seen in the six-sided snowflake and will exist on planets with sentient life or the infinite potential for sentient life to exist.

If the light from a planet is isolated from other light and is part of the process of creating a six-sided snowflake and the snowflake that is created resembles an Earth based, six-sided snowflake, then sentient life is most likely on the exo-planet. If the six-sided snowflake is similar to Earth snowflakes but might be smaller or larger, then that would be an indication of the planet’s location the Goldilocks Zone.

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Is there a way for AI to determine if the volume of deuterium in an exo-planet’s atmosphere is within a tolerance of supporting life based on the amount of deuterium in an Earth based snowflake?

How does light interact with deuterium based on the volume of deuterium in Earth’s atmosphere?

Is AI able to determine how much deuterium is in the 50-million-light-year-long cosmic thread? Is the amount of deuterium anywhere cosmic thread comparable to the amount of deuterium in our solar system?

988

If Earth takes 24 hours to rotate on its axis and a snowflake has six sides based on the particulars of the environment of Earth creating life, 24 ÷ 4 (number of heart valves in the human heart) = 6, the number of arms on an Earth based snowflake, then dividing Tatooine’s rotation by four would give the approx. number of arms on the snowflake.

When an environmental simulator is used to determine the variables of Earth based snowflakes is applied, and each even number is associated with environmental factors that goes into creating a six-sided snowflake is applied, we are able to determine if the planet is capable of sustaining life.

How do snowflakes form? Get the science behind snow | National Oceanic and Atmospheric Administration

Q: How are snowflakes formed?

A: A snowflake begins to form when an extremely cold water droplet freezes onto a pollen or dust particle in the sky. This creates an ice crystal. As the ice crystal falls to the ground, water vapor freezes onto the primary crystal, building new crystals – the six arms of the snowflake.

That’s the short answer.

The more detailed explanation is this:

The ice crystals that make up snowflakes are symmetrical (or patterned) because they reflect the internal order of the crystal’s water molecules as they arrange themselves in predetermined spaces (known as “crystallization”) to form a six-sided snowflake.

Ultimately, it is the temperature at which a crystal forms — and to a lesser extent the humidity of the air — that determines the basic shape of the ice crystal. Thus, we see long needle-like crystals at 23 degrees F and very flat plate-like crystals at 5 degrees F.

The intricate shape of a single arm of the snowflake is determined by the atmospheric conditions experienced by entire ice crystal as it falls. A crystal might begin to grow arms in one manner, and then minutes or even seconds later, slight changes in the surrounding temperature or humidity causes the crystal to grow in another way. Although the six-sided shape is always maintained, the ice crystal (and its six arms) may branch off in new directions. Because each arm experiences the same atmospheric conditions, the arms look identical.

Q: So, why are no two snowflakes exactly alike?

A: Well, that’s because individual snowflakes all follow slightly different paths from the sky to the ground —and thus encounter slightly different atmospheric conditions along the way. Therefore, they all tend to look unique, resembling everything from prisms and needles to the familiar lacy pattern.

Criteria to determine if the planet has life on it.
The criteria involve a sun similar to our own Sun.

  1. Is the planet within .95 to 1.37 AU from the Sun?
  2. Does the planet’s temperature reside between 23 degrees F for long needle snowflakes and 5 degrees F for flat plate snowflakes during the winter months?
    2a - Key Humidity & Temperature Factors:
  • Saturation is Key: The air must have abundant water vapor (relative humidity near 100%) for crystals to grow.
  • High Humidity = Complex Shapes: More moisture leads to faster growth and intricate branches (dendrites).
  • Low Humidity = Simple Shapes: Less moisture produces simpler forms like thin plates or columns.
  • Temperature Dictates Shape:
    • Near freezing (25-32°F): Large, wet flakes.
    • ~10-20°F (-12°C to -18°C): The “sweet spot” for branching arms (dendrites).
    • Below 0°F (-18°C): Columns and simpler plates

I also recently discovered that a snowflake does go through changes based on the layers, temperature and humidity as it falls to the surface, thus another exponential layer of infinity has been added. When subtle changes due to environmental factors, the tips of the snowflake melt first and then reform while the center remains the same.

The intricate shape of a single arm of the snowflake is determined by the atmospheric conditions experienced by entire ice crystal as it falls. A crystal might begin to grow arms in one manner, and then minutes or even seconds later, slight changes in the surrounding temperature or humidity causes the crystal to grow in another way. Although the six-sided shape is always maintained, the ice crystal (and its six arms) may branch off in new directions. Because each arm experiences the same atmospheric conditions, the arms look identical.

If each snowflake is measured from tip to center and then the tip of each arm and the center of each snowflake around the first snowflake measured, wavelengths are created that matches the gravitational variances of the Moon during the night and the sun during the day.

With each snowflake in various states of melting and regrowing its arms there is a constant scale created that does ebb and flow like the water.

There might also be the same hidden geometries in the hieroglyphics of ancient Egypt that would match the variances of the snowflake that when aligned the location of a planet with life on it could it be found.

it all started in a little niche called…New Eden.