The Origins of BioGeometry
From Ancient Wisdom to Modern Environmental Science
A Question as Old as Architecture Itself
Long before the term BioGeometry existed, civilisations around the world recognised that certain places possessed distinctive qualities.
Many of these locations became centres of gathering, reflection, ceremony, and community life. Their significance grew from the relationship between people, place, and the qualities of the natural world.
Across generations, people returned to certain places again and again, marking and building upon them in different ways — from standing stones and stone circles to temples, pyramids, and great religious buildings. The choice of location was often as important as the structure itself, with buildings shaped in response to the landscape and their surroundings.
Ancient builders worked with:
- Location & Orientation
- Geometry & Proportion
- Materials & Natural Cycles
The recurring pattern raises a timeless question:
What is it about certain places that causes them to be recognised across cultures and generations?
It was this question that inspired Dr Ibrahim Karim's lifelong research.
Dr Ibrahim Karim, founder of BioGeometry®
Dr Ibrahim Karim's Research
Born in Cairo, Egypt, Dr Ibrahim Karim grew up surrounded by a rich architectural heritage. His father, Dr Sayed Karim, was a pioneering Egyptian architect whose work helped shape modern architecture in Egypt.
While studying architecture at ETH Zurich, Karim developed a growing interest in proportion, design, and the relationship between the built environment and human experience.
In 1961, he studied under Professor Hans Ess, exploring how music, colour, and proportion could be translated into visual expression. The experience introduced him to the idea that the same essential qualities could find expression through different forms — an insight that would later become important to his research.
Combined with his work in architecture, town planning, and environmental design, this grounding led him to ask:
What underlying qualities contribute to the character of the spaces we create and inhabit?
Robbie Long at the Maison de la Radiesthésie, Paris
From Radiesthesia to Harmonics
A pivotal development came in 1973, while Dr Karim was in Paris on an official assignment for the Egyptian Ministry of Health.
At the Maison de la Radiesthésie, he went looking for the work of researchers including Léon de Chaumery, Antoine de Bélizal, Turenne, and Enel, associated with the scientific or physical school of radiesthesia — the use of human sensitivity to detect subtle radiation, often assisted by instruments such as a pendulum.
There he met Madame Lambert, widow of a prominent French radiesthesist, who had personally known Chaumery and de Bélizal. She gave Dr Karim a collection of their rare, out-of-print books to support his research.
As Dr Karim studied the French radiesthesia material, he began connecting it with ideas he had encountered earlier through music, architecture, and design.
Pythagorean harmonics provided an important bridge. The vibrating string demonstrated how changes in numerical proportion could produce different musical qualities, linking something measurable with something experienced.
He explored how these relationships could be brought into architecture, using number, proportion, and angle as part of his approach to qualitative design. This would later develop into BioGeometry Harmonics.
Alongside Physical Radiesthesia and his study of ancient design, this work contributed to what he calls the Physics of Quality — the framework from which BioGeometry would develop.
The Development of BioGeometry
Over more than five decades, these different strands of enquiry evolved into BioGeometry.
At its core is the understanding that the quality of an environment or object emerges through the interaction of many influences rather than any single factor.
Dr Karim investigated historic monuments, sacred sites, and natural locations, looking for qualitative characteristics that appeared consistently across places long recognised as significant.
This research ultimately led to the identification of three qualitative components which, when occurring together, form what is known within BioGeometry as BG3 — its central reference for balance.
The discovery of these three components — and why their relationship became so important to BioGeometry — is explored on the following page.
BioGeometry continues to be developed and taught internationally by Dr Karim alongside his children, Sayed Karim, Doreya Karim, and Laila Karim, supported by a worldwide network of certified instructors and practitioners.