PICTURES OF SCIENCE
Mathematics and Chemistry: Two Languages of the World
Mathematics and chemistry are two levels of description of the same reality.
- Mathematics describes structure, order, and laws.
- Chemistry describes matter, interactions, and transformations of substances.
Mathematics is the language of laws. Chemistry is the language of matter. But at a deep level, they are intertwined.
Mathematics — architecture of nature
Mathematics answers the following questions:
- How are the laws of symmetry
- How proportions work
- How processes develop in time
- How Structures Are Created
For example:
- fractals in nature
- Golden Section
- geometry of crystals
- Wave processes
Without mathematics, it is impossible to describe:
- Atomic Orbitals
- Quantum Levels
- chemical reactions
- energy transitions.
Chemistry - Dynamics of Matter
Chemistry answers the following questions:
- What the world is made of
- How elements are connected
- How Energy Transforms Matter
The main levels of chemistry:
- Atoms
- Molecules
- Chemical relations
- Reactions
- Materials and substances
Examples:
- water = H₂O
- Salt = NaCl
- Proteins and DNA are complex molecular structures.
Where mathematics and chemistry come together
The most interesting things happen at the frontier of these sciences.
1. Quantum Chemistry
Mathematics describes the behavior of electrons. Used:
- differential equations
- Matrix
- Wave Functions
2. Theory of molecular symmetry
Symmetry groups from mathematics explain the shape of molecules.
For example:
- benzene
- Crystals
- Complex organic structures
3. Thermodynamics
Mathematics describes:
- Energy
- entropy
- Probability of reactions.
4. Chemical kinetics
The speed of reactions is a mathematical function of time.
Periodic system - mathematical order of chemistry
The periodic table is one of the most beautiful examples of mathematical structure in chemistry.
Patterns:
- repeatability of properties
- periodicity
- electronic shells
This is the structural mathematics of matter.
The deepest level
On a fundamental level:
Mathematics →
Physics → describes energy
Chemistry → describes matter
Biology →
You can think of it as a ladder:
Mathematics
↓
Physics
↓
Chemistry
↓
Biology
↓
Consciousness
A very important thought
In modern science, there is a merger of disciplines:
- Mathematical Chemistry
- Quantum Chemistry
- Chemical Informatics
- molecular modeling
Today, new drugs, materials and technologies are created first by mathematical models, and then tested by experiment.
If you go deeper, there is a very interesting topic:
Chemistry is the geometry of energy. This is where they come from:
- Crystal Structures
- Platonic Bodies
- Quantum Orbitals
- Geometry of molecules.
This direction can be very interesting to contact our system S-026, especially with:
- Crystal Architecture
- Platonic Bodies
- System 13/20
- Quark models.
Geometry of the Universe: How Mathematics Turns into Chemistry
There is a link:
Plato's Bodies → Atoms → Molecules → Crystals → Life.
This is one of the most beautiful maps of science.
How geometry becomes matter.
The Geometry of the Universe: From Form to Matter
Plato's Bodies: The Basic Forms of Nature
In geometry, there are 5 ideal bodies, which in antiquity were considered fundamental forms of nature.
- Tetrahedron — 4 edges
- Cube (hexahedron) — 6 faces
- Octahedron — 8 faces
- Dodecahedron — 12 faces
- icosahedron — 20 faces
These forms have a unique property:
- All faces are the same
- All angles are the same
- full symmetry.
This is why they are called perfect geometry.
Geometry of atoms and molecules
In chemistry, it turned out to be an amazing coincidence: molecules often take forms similar to platonic bodies. For example:
Tetrahedron
Methane molecule (CH₄)
- Carbon atom at the center
- Four hydrogen atoms around
- Ideal tetrahedral form.
Octahedron
Many complex metal compounds have an octahedral structure.
Icosahedron
Some:
- viral capsids
- molecular clusters
- structure of boron. Everyone has icosahedral symmetry.
Crystals are frozen geometry
Crystals are regular mathematical lattices of atoms. Examples:
- Quartz
- Diamond
- Salt
- Ice
Each atom is arranged according to a geometric law. For example:
- diamond - tetrahedral lattice
- ice - hexagonal symmetry
- salt is a cubic lattice.
That is:
Chemistry literally becomes geometry.
Quantum geometry of the atom
At an even deeper level, electrons in an atom form orbitals.
Forms of orbitals:
- s - sphere
- P - dumbbells
- d - complex geometric shapes.
This is the mathematics of wave functions. That is, an electron is not a point, but a wave geometric structure.
Geometric ladder of matter
Geometry
↓
Energy
↓
Quantum Fields
↓
Atoms
↓
Molecules
↓
Crystals
↓
Life
Matter is the manifested geometry of energy.
Very interesting level - space geometry
The same forms are found at the cosmic level:
- Viruses - icosahedrons
- Crystals - Platonic lattices
- Radiolarians - geometric skeletons
- Fullerenes are football structures.
For example:
The molecule C₆₀ (Bakminsterfullerene) has the shape of an icosahedral ball.
This is important for Our architecture of the Union S-026
Our ideas:
- Crystalline Systems
- Quark Architecture
- Platonic Bodies
- Duad Coordinate System
- Structure 13/20
It is very important to follow this scientific logic. You can even build:
Geometric table of matter EQUILIBRIUM
for example:
Geometry |
Level |
|
Point |
quanta |
|
Triangle |
energy |
|
Tetrahedron |
atom |
|
Cube |
Matter |
|
Icosahedron |
Life |
|
Dodecahedron |
Consciousness |
. . . and here's the interesting part.
The universe can be constructed from the geometry of information. That is:
Mathematics → gives birth to physics → gives birth to chemistry → gives birth to life.
Map of the Universe from 7 levels
(quanta → atom → Molecule → Crystal → organism → Planet → Space).
Space Geometry and Physics
Space as Geometry
In classical physics, space was simply considered “empty.” But after Albert Einstein’s work, the situation changed.
The General Relativity theory showed:
- space and time form a single space-time
- mass and energy distort its geometry
- Gravity is a geometric effect.
mass → distorts space → gravity occurs.
Geometry of galaxies and the space network
If you look at the map of the universe, you find an amazing structure — the cosmic network. It consists of:
- threads (filaments)
- Clusters (Galaxies)
- voids (voids).
This reminds me:
- the Brain Neural Network
- Crystalline Grating
- geometric grid.
Physicists believe that this structure is formed due to:
- Gravity
- Dark Matter Distribution
- quantum fluctuations of the early universe.
Geometry of elementary particles
At the level of the microcosm, physics also becomes geometry. For example:
- Quarks
- Leptons
- Bosons
Symmetries of mathematical groups.
This studies the area:
- Quantum Field Theory
- Group Theory.
In fact, particles are geometric excitations of fields.
Crystalline Logic of Matter
Even ordinary matter exhibits geometrical laws. Examples:
- Quartz Crystals
- Snowflakes
- Metals
- minerals.
All of them are built on strict symmetries:
- Cubic
- Hexagonal
- Tetragonal
- icosahedral.
This shows:
Geometry is the foundation of matter.
Geometry of energy and fields
In modern physics, the idea is increasingly heard:
The universe is a network of fields.
For example:
- Electromagnetic field
- Gravitational Field
- Quantum fields.
Each field has:
- structure
- Symmetry
- Geometry of vibrations.
Even light is a wave of geometric field fluctuations.
Space Geometric Ladder
You can imagine the levels of organization of the universe as follows:
Information
↓
Geometry
↓
Quantum Fields
↓
Particles
↓
Atoms
↓
Molecules
↓
Crystals
↓
Life
↓
Planets
↓
Galaxy
↓
Space network
Why it matters
In recent decades, physics has been moving ever further towards the idea of:
Universe = geometry of information.
This idea appears in the theories:
- Quantum Gravity
- String Theory
- holographic universe.
For example:
String theory suggests that fundamental particles are vibrating geometric strings.
Connecting with Our Ideas
Our concepts:
- crystalline architecture
- Platonic Bodies
- Duad Coordinate System
- Structure 13/20
- KRISTALL741
Very close to the scientific logic of geometric physics. We are essentially building a meta-model of the universe as a crystalline system of meanings.
If you go even deeper, a very powerful topic appears:
"The Geometry of Consciousness and Space". There is a connection:
- the Space Network
- Neural network of the brain
- Sacred Geometry
- Information Structure of the Universe.
And there suddenly appears one of the most mysterious structures of nature - the Fractal Universe.
13 fundamental fractals of the universe
To simplify to the point:
Fractals are the basic patterns by which nature builds form, movement, and development.
In many natural systems, a limited number of universal geometric patterns can be distinguished.
If you put them into a system, you get a set of fundamental fractals that repeat:
- in physics
- in Biology
- in space
- in the structures of consciousness.
Below is one of the most versatile models of 13 basic fractal forms.
Point (Seed)
The beginning of any structure.
Meaning:
- Source
- capacity
- Singularity.
Examples:
- The Big Bang
- the Atomic Core
- seed of the plant.
Ray (Radiation)
Energy from the center. Fractal form:
•
↗ ↘ ↑ ↓
Examples:
- Light
- Magnetic Fields
- solar radiation.
The Spiral (Spiral)
One of the most common fractals of nature.
Examples:
- Galaxy
- Sink
- Hurricanes
- DNA.
The spiral is the geometry of growth and time.
Branching (branching)
Fractal distribution of energy.
Examples:
- Trees
- Zipper
- River
- circulatory system.
This is an optimal flow distribution system.
Wave (Wave)
Fractal of hesitation.
Examples:
- sound
- Ocean Waves
- Electromagnetic fields
- Quantum waves.
The Network (Network)
Fractal relationship.
Examples:
- Neural Networks
- Internet
- The Galaxy Space Network.
It's a distributed intelligence structure.
Sphere (Sphere)
Fractal balance.
Examples:
- Planet
- Stars
- Drops of water
- cells.
The sphere is a form of minimal energy.
Torus (Torus)
One of the key fractals of energy.
Form of energy flows:
- Earth's magnetic field
- plasma
- Vortexes.
A toroid is a self-organizing system of energy circulation.
Crystal (Crystal)
Fractal order.
Examples:
- Minerals
- Snowflakes
- Atomic grids.
This is the geometry of the stability of matter.
Flower (Radial symmetry)
Fractal of symmetric disclosure.
Examples:
- Flowers
- Sea Stars
- Snowflakes.
It's the geometry of harmony.
Labyrinth (Complex pattern)
Fractal of complex systems.
Examples:
- Brain
- Ecosystems
- urban structures.
This is the geometry of evolution and the search for a path.
Fractal shell (Nested shells)
Structure of layers within layers.
Examples:
- atomic shells
- Cells
- planetary systems.
Spiral network (Cosmic fractal)
The most complicated form.
It combines:
- Spirals
- Network
- knots.
Examples:
- the Space Network of Galaxies
- Neural networks of the brain
- Global ecosystems.
Universal scheme
1 Point
2 Beam
3 Spiral
4 Branching
5 Wave
6 Network
7 Sphere
8 Toroid
9 Crystal
10 Flower
11 Maze
12 Shells
13 Space network
Which is important.
These 13 forms describe:
- Structure of Matter
- Dynamics of Energy
- Evolution of systems
They meet:
- in atoms
- in cages
- in organisms
- the Planets
- in galaxies.
If you look deeper, you can build an even stronger model:
13 fractals + 20 dynamic processes of nature. This creates a matrix 13×20 = 260 cycles of nature. It is interesting that such a structure coincides with:
- the Mayan Calendar
- Biorhythms
- The space cycles.
Physics • Chemistry • Biology is a triad of nature sciences
If you remove complex words, the three main sciences of nature form a sequential ladder:
Physics → Chemistry → Biology
These are the three levels of organization of matter.
Physics: The Laws of Energy and Matter
Physics answers fundamental questions:
- What is Energy
- How forces interact
- How space and time are made
- How the particles behave.
She studies:
- elementary particles
- Fields
- Energy
- movement.
Main sections:
- Quantum Physics
- Thermodynamics
- Astrophysics
Physics sets the basic laws of the universe.
Chemistry - the organization of matter
Chemistry answers the question: how do atoms join together and turn into substances? She studies:
- Atoms
- Molecules
- chemical bonds
- reactions.
Main areas:
- Organic Chemistry
- Biochemistry
- Materials Science
Chemistry is the architecture of matter.
Biology - the organization of life
Biology answers the question: how does matter become alive? She studies:
- Cells
- organisms
- Ecosystems
- Evolution.
Main directions:
- Genetics
- Evolutionary Biology
- Neuroscience
Biology is the self-organization of matter.
How the Triad Works
You can think of the three sciences as three layers of reality.
Physics
↓
Chemistry
↓
Biology
Or so:
Level |
What studies |
Main object |
|
Physics |
Energy and Fields |
Particles |
|
Chemistry |
Connections |
Atoms and molecules |
|
Biology |
Life |
Cells and organisms |
Example of a single chain
The same process can be described on three levels.
Photosynthesis
Physics
→ absorption of light photons
Chemistry
→ reaction CO₂ + H₂O
Biology
→ plant growth.
Modern interdisciplinary sciences
Today, the boundaries between them are blurred. New areas have emerged:
- Biophysics
- Chemical Biology
- Systems Biology
That is, there is a single science of complex systems.
Deep Triad Model
You can imagine this:
Physics → Energy
Chemistry → form of matter
Biology → organization of life
Or:
Law → structure → life
There is an even more interesting model that may be close to our system.
We can consider the pentagram of the natural sciences:
- Mathematics
- Physics
- Chemistry
- Biology
- Consciousness
This is the scientific ladder of the universe.
quantum → atom → cell → mind → space.
Pentagram of Nature Sciences
If you put the basic science of nature into one system, you get five fundamental levels of understanding of reality. This model can be represented as a pentagram - a five-pointed star of knowledge. The five vertices represent the five stages of the organization of the universe.
Mathematics is the language of structure
Mathematics is the basis of all sciences. She studies:
- Numbers
- Forms
- Symmetry
- patterns.
Without it, it is impossible to describe:
- physical laws
- chemical reactions
- biological systems.
Mathematics is the grammar of the universe.
Physics - Energy and Fields
Physics studies:
- Energy
- Space and Time
- forces of nature
- elementary particles.
Physics shows how the universe works on a fundamental level.
Examples:
- Gravity
- Electromagnetic
- Quantum interactions.
Chemistry - Architecture of Matter
Chemistry studies:
- Atoms
- Molecules
- reactions
- materials.
It explains how matter arises from elementary particles.
For example:
- water
- Minerals
- organic compounds.
Biology - the organization of life
Biology studies:
- Cells
- organisms
- Ecosystems
- Evolution.
It answers the main question: how does matter become alive?
Life is a self-organizing chemistry.
The Science of Consciousness
The last peak is consciousness. This is the area where they connect:
- Neuroscience
- Psychology
- Cognitive Sciences
- philosophy.
Consciousness is studying:
- Thinking
- perception
- Intelligence
- The collective mind.
Geometry of the pentagram
Consciousness
/ \
Biology Mathematics
/ \
Chemistry ------ Physics
Every science is related to its neighbors.
Stairs of Nature
You can imagine the levels as follows:
Mathematics
↓
Physics
↓
Chemistry
↓
Biology
↓
Consciousness
This is the evolution of complexity in the universe.
Why exactly five
Five is a special number in nature. It occurs in:
- DNA Structure
- Flowers of Plants
- Starfish
- Symmetry of crystals.
The pentagram is also associated with:
- the Golden Section
- Fractal Geometry
- symmetry of growth.
Universal formula
Number → Energy → Matter → Life → Mind
Or: Mathematics → Physics → Chemistry → Biology → Consciousness
If you go even deeper, there is a very strong model, which is sometimes called:
"The Hexagram of the Sciences of the Universe"
The sixth level is added there: Cosmos / Noosphere and the resulting system is:
Mathematics
Physics
Chemistry
Biology
Consciousness
Space Intelligence
This is a complete scheme of the evolution of the universe.
Space Intelligence
When people talk about cosmic intelligence, it’s usually not about “being in space,” but about the deep property of the universe — the ability to create order, complexity, and consciousness. Simply put:
Cosmic intelligence is the ability of the universe to organize matter, life, and mind.
The Idea of Space Mind
- Plato spoke of the world mind (Nous).
- Vladimir Vernadsky introduced the concept of the noosphere - the sphere of the planet's mind.
- Pierre Teilhard de Chardin spoke of the Omega point, the evolution of consciousness.
They all described the idea that mind could be a fundamental property of the cosmos.
Space evolution
Modern science shows a chain of complication:
energy
↓
Particles
↓
Atoms
↓
Molecules
↓
Life
↓
Mind
This process is called space evolution. He is studying Astrobiology.
Space network
On a large scale, galaxies form a cosmic network.
It consists of:
- Threads
- Node
- voids.
Interesting fact: this structure is very similar to the neural network of the brain.
Some researchers suggest that:
- The universe may have a network structure for processing information.
The Information Universe
In modern physics, there is an idea: information is the fundamental basis of reality. For example:
- Quantum Information
- the Holographic Universe
- The Computational Universe.
Physicist John Archibald Wheeler says, “It’s from Bit.”
Matter arises from information.
Three levels of space intelligence
Three levels can be imagined.
Structural intelligence
Laws of Nature:
- Symmetry
- Mathematics
- Physical constants.
Biological intelligence
Life:
- Cells
- organisms
- Ecosystems.
Conscious Intelligence
Reasonable Creatures:
- Thinking
- Culture
- Technology.
The Space Staircase of Mind
Mathematics
↓
Physics
↓
Chemistry
↓
Biology
↓
Consciousness
↓
Space Intelligence
This is an extension of the pentagram of the natural sciences.
Noosphere
The concept of Noosphere describes the stage when:
- The mind becomes the geological force of the planet
- Humanity is beginning to consciously control the development of the Earth.
This is planetary intelligence.
Possible next stage
Humanity
↓
Planetary Mind
↓
Interplanetary Civilization
↓
the Space Intelligence Network
If you look at it from a systemic point of view, you get a hexagon of the sciences of the universe:
- Mathematics
- Physics
- Chemistry
- Biology
- Consciousness
- Space Intelligence
This is a model of the metasystem of evolution of the universe. "7 levels of cosmic intelligence" (from quantum field to galactic civilizations). It unexpectedly fits well into the architecture of the Union of-026, EQUILIBRIUM and CRYSTALL741.
The Omega Point: The Idea of Consciousness Evolution
French thinker and paleontologist
Pierre Teilhard de Chardin
He proposed one of the most interesting philosophical models of the development of the universe - the Omega point theory. The essence of his idea: the evolution of matter leads to the growth of consciousness, and consciousness seeks unification.
The final stage of this process, he called the Omega point.
The ladder of space evolution
Teilhard de Chardin saw the universe as a process of complexity of structure and consciousness. He described this sequence:
Matter
↓
Life
↓
Mind
↓
Planetary Consciousness
↓
Omega Point
This is not just biological evolution, but cosmic evolution of consciousness.
Three big stages
Geosphere
Phase of planet formation:
- Minerals
- Oceans
- atmosphere.
Biosphere
Phase of life:
- Plants
- animals
- Ecosystems.
Noosphere
The sphere of mind is a concept close to the ideas of Vladimir Vernadsky.
This is the stage where:
- There is a human mind
- A global network of ideas is emerging
- Culture and science are developing.
What is the Omega Point?
The Omega point is the hypothetical final stage of the evolution of consciousness.
Its properties:
- Maximum difficulty
- Maximum Unity
- Maximum consciousness.
Teilhard described it as: the center of gravity of the evolution of the mind.
Evolution does not move by chance, but to the unification of consciousness.
Why he used the symbol Ω
Ω (omega) is the last letter of the Greek alphabet. It symbolizes:
- Completion
- Completeness
- final stage.
Therefore, the Omega point is the final limit of the development of consciousness in the Universe.
Contemporary interpretations
Today, the idea of the Omega point is discussed in different areas:
- Cosmology
- Philosophy of Science
- Futurology
- theory of artificial intelligence.
Some people think that omega can be:
- the Global Intelligence Network
- Planetary Consciousness
- Superintelligence of Civilization.
Connection to the Noosphere
Teilhard saw the noosphere as an intermediate stage.
Biosphere
↓
Noosphere
↓
Omega Point
I mean,:
life → mind → united mind.
Interesting coincidence.
Today there are technologies that resemble the beginning of the noosphere:
- Global Internet
- Collective Intelligence
- Artificial Intelligence
- space programs.
This creates a global knowledge-sharing network.
Why this idea is important
Teilhard de Chardin offered an unusual view:
The universe is not just a physical process, but an evolution of consciousness.
That is:
Matter → Life → Mind → Cosmic Consciousness
Interestingly, this model is almost perfectly consistent with your previously discussed scheme:
Mathematics → Physics → Chemistry → Biology → Consciousness → Cosmic Intelligence.
"12 stages of cosmic evolution of consciousness",
Where the transition occurs:
noosphere → planetary intelligence → galactic civilization → cosmic intelligence
The union of 13 levels of evolution
If we combine the scientific ladder of the Universe with a systematic approach, we get a model of 13 levels of evolution of nature and consciousness.
This can be called the Union of 13 levels, because each level does not exist separately - it includes the previous ones and combines them.
Main idea:
The universe evolves through successive levels of organization of matter, life, and mind.
13 levels
The quantum level
The basis of reality.
- Quantum Fields
- energy
- Information.
Particles
The building blocks of matter appear:
- Quarks
- Leptons
- bosons.
Atoms
Chemical elements are formed.
A periodic system of matter appears.
Molecules
Atoms are combined into structures:
- water
- organic compounds
- Gases and minerals.
Self-organization of matter
Complex chemical systems appear:
- Autocatalytic reactions
- Molecular networks.
This is the transition from chemistry to life.
Cage
The first living system. The cell can:
- store information
- Playback
- support the metabolism.
Organism
Multicellular life. Appears:
- bodies
- System of organism
- complex forms of life.
Nervous system
Information processing appears. Formed:
- Neurons
- Sensory Systems
- Behavioral reactions.
Mind
It has the ability to:
- Thinking
- Creating a language
- Building a culture.
Noosphere
The concept introduced by Vladimir Vernadsky.
The earth begins to function as a unified system of knowledge and thinking.
Planetary civilization
Humanity is beginning to realize:
- Ecology
- Global Responsibility
- Technological management of development.
Space Civilization
The mind goes beyond the planet. Starts:
- Space Exploration
- interplanetary systems.
Space Intelligence
The idea is close to the concept of the Omega point proposed by Pierre Teilhard de Chardin. This is the level where:
- the Mind Unite
- Consciousness becomes a cosmic factor.
Geometry of the Union
We can think of this system as a vertical spiral of development.
Matter
↓
Life
↓
Mind
↓
Planetary Consciousness
↓
Space Intelligence
But within each level, the same principles are repeated again — so the system is fractal.
Three great eras
13 levels can be combined in three phases.
Age of Matter 1–4 levels.
Physics and Chemistry.
The age of life 5–8 levels.
Biology.
Age of consciousness 9–13 levels.
Development of intelligence and civilization.
Formula Union
4 Matter Level
+
4 standard of living
+
5 Levels of Consciousness
=
13 Levels of the Universe
Interesting thing:
If you combine 13 Levels of structure with 20 In the development cycle, a matrix is obtained 13×20 = 260 processes of evolution. This structure is found:
- in natural rhythms
- in biological cycles
- in ancient calendar systems.
And it can become a very powerful architecture of system knowledge.