Parallelity
However, it is essential to recognize that this exploration does not inherently validate the limitations and underlying principles of alchemy within the realm of architecture. While the models may provide valuable insights and open new avenues of inquiry, they do not necessarily justify or legitimize the traditional boundaries and concepts of alchemy as they apply to architectural practice. Instead, they invite us to question and reevaluate these concepts, potentially leading to a more nuanced and flexible interpretation of alchemy in modern design and construction.
As previously discussed, alchemy can be divided into esoteric and exoteric understandings. The esoteric aspect often involves the spiritual and mystical dimensions, focusing on the transformation of the soul and the quest for enlightenment. This side of alchemy delves into symbolic language, arcane rituals, and the pursuit of metaphysical truths, embodying a profound philosophical and spiritual journey. On the other hand, the exoteric aspect of alchemy is grounded in tangible experimentation and practical knowledge. This aspect is not merely a theoretical enigma shrouded in mystery; rather, it encompasses the early empirical practices and material discoveries that played a crucial role in the development of modern science. Alchemists conducted numerous experiments with various substances, striving to transform base metals into noble ones, discover the elixir of life, and understand the fundamental principles of matter.
These early alchemical experiments, despite being driven by mystical and often unscientific aims, contributed significantly to the body of knowledge that would eventually evolve into modern chemistry. Through their hands on experimentation, alchemists made substantial advancements in techniques such as distillation, sublimation, and crystallization. They identified new compounds and elements, developed laboratory apparatus, and laid the foundational principles of laboratory practice.
Thus, while alchemy is often divided into esoteric and exoteric understandings, it is far more than these simple classifications. The exoteric side, in particular, is instrumental not only as a theoretical framework steeped in mystery but also as a practical precursor to modern scientific inquiry. The early experiments and material discoveries of alchemists set the stage for the birth of modern chemistry, bridging the gap between mystical philosophy and empirical science.
This parallel between alchemy and chemistry can also be considered in the context of architecture. Just as alchemy laid the groundwork for the empirical practices of modern chemistry, we might ponder whether the principles of alchemy could similarly influence architectural design and outcomes. The equations in case of chemistry plays a very important role in understanding the connection between the elements, concepts and the outcomes. Similarly can an alchemical equation determine the architectural
outcome?
There are equations and theorems in science that transcend mere theory, becoming entire fields of study unto themselves. Similarly, the alchemical theory of architecture can be explored through such equations, making it more practical and implementable. The matter, both prime and shaping, serves as the elements of the equation, where actions and reactions determine the outcomes. This can be expressed as: “The matter (prime and shaping), when synthesized with the alchemical processes of architecture, results in a material of alchemy.”
Equations
The equations of architectural alchemy consist of two main processes: alchemy and assembly. The primary elements involved in these equations are prime and shaping matter, which undergo transmutation or other processes. The symbol below represents these elements and processes, forming the equations.
alchemical process
assembly process
prime matter
shaping matter
transmutation
Bruder Klaus Equation
The equations introduce quantifiable characteristics to the theory of alchemy, transforming it from an abstract concept into a concrete framework that can be developed through experimentation and chance. By establishing a solid foundation for experimentation, these equations allow for systematic investigation and manipulation of matter. This approach not only grounds the theory of alchemy in measurable parameters but also enables a deeper exploration of the potential inherent in various materials. Through these equations, the theory transcends its traditional boundaries, offering practical applications and insights.
The core idea that persists across various adaptations of alchemy is the inherent potentiality of matter. This concept remains central, regardless of the different approaches and interpretations that alchemy might undergo. The models of alchemy (discussed in the previous chapter) do more than just outline conditions or hypothetical scenarios; they also yield tangible outcomes in the form of alchemical materials. These alchemical materials hold a dual potential. On one hand, they can be reimagined as spaces, transforming into physical forms that create architectural spaces within themselves. On the other hand, they can be seen as processes that incorporate advanced potentials such as simulation and computation. By doing so, these processes harness the transformative power of alchemy, applying it to modern technological contexts. The reimagining of alchemical materials as architectural elements is a profound shift. It suggests that the materials themselves are not static but are dynamic, capable of generating space and form. This conceptualization allows for an innovative approach to architecture, where materials are not just passive components but active participants in the creation of space.
The outer skeleton functions as an alchemical material, generating internal space. In this context, each space also serves as a material in its own right; when repeated horizontally or vertically, it can create multiple spaces.
The collage depicts walls and slabs as alchemical materials, which simultaneously create divisions and generate space within themselves. Each unit is complete in its own right, and these individual units come together to form a larger whole.
The hanging slab, an alchemical material, is a single unit suspended from the main structure. Its shape is influenced by the force of gravity and the counteracting force of suspension.
The collage above provides a detailed illustration of the intricate relationship between alchemical material and growth. It showcases how these materials, rooted in the principles of alchemy, evolve and transform through various stages, ultimately contributing to the process of growth and vice versa.
Alchemy as a theorem of Architecture
The ideas, concepts, cases, and conditions discussed in this thesis introduce “Architecture Alchemy” as a novel theorem in the field of architecture. This theorem offers a fresh perspective on the act of making, providing a unique lens through which to view and understand the creative process. Furthermore, it generates new concepts that can serve as independent topics of exploration. These topics hold the potential to foster new connections and innovations within architecture, emphasizing the interplay between materials and the creative act of construction.
PORTAL
Architecture alchemy is an attempt to create a portal to enter the unseen side of matter.
The web of alchemy originates the furthur possibilities of exploration, some of which are :
- Alchemy and Assembly.
- Esoteric Alchemy : Space as matter.
- Matter and it’s meaning.
- Alchemy and the AI.
- Materials of Alchemy and the formation of spaces.
by
Atharva
