Housing
Research & Development
The vast majority of present-day housing is constructed following standards that result in adverse effects for its residents. It represents an accumulating series of mistakes that exacerbate the associated consequences. First of all, the materials used are far from all being wholesome and can lead to electromagnetic pollution, air pollution, thermal discomfort, sound or acoustic discomforts, and this only pertains to their final use, without even considering their construction. Form waves have a demonstrated biocidal effect, and the right angle is the most harmful of all. The sciences have become increasingly segregated from one another, and the specialisation of certain fields has marginalised others, often motivated by profit-oriented reasons. As a result, radionics became detached from architecture, and certain knowledge and practices vanished over time due to a lack of application.
The birth of a new Architecture 2.0 was initiated to reunite various disciplines that had previously been disconnected. Through specialised journals, conferences, and training courses across all continents, contacts were fostered among architects, engineers, geobiologists, craftsmen, radiesthesists, and experts in certain fringe sciences (often marginalised) but with undeniable efficiency in terms of scientific observation. The objective was to conduct experiments on the influence of form waves and materials on the well-being of households, in conjunction with our own electromagnetic pollution remediation technology developed in 2012.
Change is in progress, and the necessity for a holistic approach in housing architecture has become apparent and is spreading rapidly. In addition to the use of common digital tools across all professions that facilitate this approach, the technologies available today open up an even wider range of possibilities. The associated professions are undergoing major changes.
The utilisation of 3D-printed housing systems enables the testing of full-scale prototypes and the training of pioneers in this field. Several protocols have now been standardised, with an increasing focus on the quality and longevity of materials. The application of specific types of geopolymers holds significant promise and can be employed in all aspects of housing, both structural and non-structural. The potential shapes in construction are no longer restricted, making it entirely feasible to mimic Nature in what it excels at: providing an environment perfectly conducive to life’s development. Shapes will become increasingly curved, and every room in the accommodation will be meticulously designed to match its intended purpose. For instance, the proportions and layout of the bedroom will be crafted to create an environment conducive to regeneration.
Conclusion
All the relevant technologies are now ready to be massively deployed to support a fast and necessary change. The implementation is already planned as a central part of our flagship project: « The City of Life ».
Reports
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