Orion
This is the way to reconnect with creative power, inner resource and the ability to embody the best possibilities of your nature.
Orion
The Orion construction combines two key geometric principles: a hexagonal pyramid and a honeycomb structure. The pyramid creates a central vertical axis and emphasizes symmetry, stability and upward direction, while the cellular structure forms a repeating network of interconnected elements.
Together, these forms create a structured spatial environment based on symmetry, repetition and geometric organization. Within the Zerkala MG methodology, this combination is used in practices focused on concentration, self-observation, adaptation and the exploration of personal potential.
The underlying idea is that the organization of the surrounding space can influence how it is perceived and experienced. In Orion, geometry is therefore used not only as an external form, but as an element of the overall environment for attention and reflective practices.
Orion Al
Orion Al
Hexagonal pyramid and honeycomb structure.
A hexagonal pyramid is a three-dimensional geometric form with a hexagonal base and six triangular faces converging at a single vertex. In a regular hexagonal pyramid, the apex is positioned above the center of the base, creating a symmetrical and visually balanced structure.
The hexagon is especially well suited to forming repeating cellular networks. This principle can be seen in honeycombs and other natural structures, where hexagonal cells can be arranged closely together to create an efficient and stable repeating pattern.
The impact of the form
Within the Zerkala MG methodology, the hexagonal pyramid is interpreted as a form associated with centering, balance and the organization of attention. In the project’s bioenergetic framework, its geometry is also symbolically linked with the system of chakras and the idea of directing vital energy through different levels of the body.
These associations form part of the conceptual model of the construction rather than a description of established physiological effects.
A hexagonal pyramid is a three-dimensional geometric form with a hexagonal base and six triangular faces converging at a single vertex. In a regular hexagonal pyramid, the apex is positioned above the center of the base, creating a symmetrical and visually balanced structure.
The hexagon is especially well suited to forming repeating cellular networks. This principle can be seen in honeycombs and other natural structures, where hexagonal cells can be arranged closely together to create an efficient and stable repeating pattern.
The impact of the form
Within the Zerkala MG methodology, the hexagonal pyramid is interpreted as a form associated with centering, balance and the organization of attention. In the project’s bioenergetic framework, its geometry is also symbolically linked with the system of chakras and the idea of directing vital energy through different levels of the body.
These associations form part of the conceptual model of the construction rather than a description of established physiological effects.
Cavity structure
The honeycomb pattern used in Orion belongs to the category of cavity structures — forms containing internal volumes bounded by a surface or system of boundaries. Examples include honeycombs, pyramidal forms, bundles of hollow tubes and other cellular structures.
Within the Zerkala MG bioenergetic and metaphysical framework, cavity structures are interpreted as elements associated with energy flow and interaction with the surrounding space. Their geometry, material and orientation — including their position relative to the Earth and the Sun — are considered part of the design. These interpretations belong to the project’s conceptual model rather than to established physical mechanisms.
Hexagon Feature
One of the distinctive properties of the hexagon is its ability to form a continuous repeating network. Unlike circles or ovals, regular hexagons can fit together without gaps, creating an interconnected cellular structure that can expand in different directions. This principle is clearly visible in natural honeycombs and other hexagonal cellular systems.
Within the Zerkala MG concept, this repeating geometry is interpreted as a model of connection, expansion and structural organization. The hexagon is therefore considered not only as a geometric form, but also symbolically in relation to space, time and the organization of interconnected systems.
The honeycomb pattern used in Orion belongs to the category of cavity structures — forms containing internal volumes bounded by a surface or system of boundaries. Examples include honeycombs, pyramidal forms, bundles of hollow tubes and other cellular structures.
Within the Zerkala MG bioenergetic and metaphysical framework, cavity structures are interpreted as elements associated with energy flow and interaction with the surrounding space. Their geometry, material and orientation — including their position relative to the Earth and the Sun — are considered part of the design. These interpretations belong to the project’s conceptual model rather than to established physical mechanisms.
Hexagon Feature
One of the distinctive properties of the hexagon is its ability to form a continuous repeating network. Unlike circles or ovals, regular hexagons can fit together without gaps, creating an interconnected cellular structure that can expand in different directions. This principle is clearly visible in natural honeycombs and other hexagonal cellular systems.
Within the Zerkala MG concept, this repeating geometry is interpreted as a model of connection, expansion and structural organization. The hexagon is therefore considered not only as a geometric form, but also symbolically in relation to space, time and the organization of interconnected systems.
Orion Cu
Orion CuAlCu
Orion Cu & Orion CuAlCu — Constructions with Copper
Copper is an essential trace element involved in a number of biological processes, including energy production, iron metabolism, connective tissue formation and the functioning of the nervous and immune systems. It also acts as a cofactor for several enzymes involved in antioxidant processes. These biological roles relate to copper as a nutrient in the human body and should be distinguished from the use of copper as a structural material in Orion constructions.
- Hexagonal pyramid
- Honeycomb structure
- Copper
Copper is an essential trace element involved in a number of biological processes, including energy production, iron metabolism, connective tissue formation and the functioning of the nervous and immune systems. It also acts as a cofactor for several enzymes involved in antioxidant processes. These biological roles relate to copper as a nutrient in the human body and should be distinguished from the use of copper as a structural material in Orion constructions.
Aluminium and copper have different physical properties, including electrical and thermal conductivity, density and electromagnetic behavior. In the Orion CuAlCu construction, the combination and arrangement of these materials form part of the overall structural design.
Within the Zerkala MG methodology, the use of aluminium and copper together is also interpreted as creating a more complex interaction between the geometry of the construction, its materials and the surrounding environment. This interpretation belongs to the project’s bioenergetic and metaphysical framework rather than to an established physiological mechanism.
Within the Zerkala MG methodology, the use of aluminium and copper together is also interpreted as creating a more complex interaction between the geometry of the construction, its materials and the surrounding environment. This interpretation belongs to the project’s bioenergetic and metaphysical framework rather than to an established physiological mechanism.
Copper and aluminium play different roles in the spatial design of Orion. Copper is associated with conduction, movement and exchange, while aluminium is associated with reflection, lightness and structural stability.
Within the Zerkala MG conceptual framework, these properties are also used symbolically: copper represents flow and interaction, while aluminium represents boundaries, distribution and balance. Together, they form a material combination based on the complementary principles of conduction and stabilization.
Within the Zerkala MG conceptual framework, these properties are also used symbolically: copper represents flow and interaction, while aluminium represents boundaries, distribution and balance. Together, they form a material combination based on the complementary principles of conduction and stabilization.
Within the Zerkala MG energy-information model, copper and aluminium are interpreted as materials representing two complementary principles. Copper is associated with movement, exchange, conductivity and activity, while aluminium is associated with reflection, boundaries, distribution and stability.
Their combination is therefore used as a symbolic model of balance between activity and protection, openness and boundaries, movement and stability. These interpretations belong to the project’s conceptual framework rather than to established physiological effects of the materials.
Their combination is therefore used as a symbolic model of balance between activity and protection, openness and boundaries, movement and stability. These interpretations belong to the project’s conceptual framework rather than to established physiological effects of the materials.
Within the Zerkala MG conceptual model, the combination of copper and aluminium symbolizes a balance between activity and stability. Copper is associated with action, communication, exchange and the realization of intentions, while aluminium represents boundaries, adaptation and the preservation of inner balance.
Together, they express the principle of activity without overload, protection without isolation, and movement without loss of stability.
Together, they express the principle of activity without overload, protection without isolation, and movement without loss of stability.
In Orion CuAlCu, copper and aluminium are used as complementary materials within a single spatial design. Within the Zerkala MG conceptual framework, their combination symbolizes a balance between movement and stability, openness and boundaries, activity and reflection.
Contact us
35/1 Khoroshevskoe Shosse, building 1, office 404,
Moscow, Russia
Please bring a valid ID to obtain a building access pass.
Moscow, Russia
Please bring a valid ID to obtain a building access pass.
Owner of LLC "Zerkala Kozyreva" & LLC "Mega Galaxy":
Sergey Viktorovich Ivanchuk
Tel. +7 (917) 579-4-999
e-mail: iv.s.v@mail.ru
