The Vision of Paul Elvère DELSART, aka Henry HARPER.pdf

food production. These three-dimensionally accessible structures symbolize the convergence of nature,
science, and spirituality. LE PAPILLON SOURCE also embodies an ambitious geopolitical strategy aimed
at establishing politico-societal unions through consortiums of small municipalities grouped into Societal
Economic Interest Groups. These consortiums co-finance the infrastructures and become co-owners, thus
ensuring a redistributive economic model that promotes territorial autonomy, the valorization of local
knowledge, and transnational intellectual cooperation. The project is being deployed primarily in the
Mediterranean region through the LE PAPILLON SOURCE MEDITERRANEAN initiative. This
initiative seeks to make this area a laboratory for societal and environmental renaissance, capable of
inspiring similar transformations across Europe, Africa, Asia, the Americas, and Oceania. The
infrastructures become spaces for intercultural exchange, civilizational dialogue, and societal diplomacy,
where peace and mutual understanding are fostered through experiential education and citizen participation.
Through his social fiction narratives, Paul Elvere DELSART breathes a unique narrative dimension into the
project, deliberately blurring the line between fiction and reality. LE PAPILLON SOURCE thus becomes
not only a concrete development program but also a transmedia and philosophical cultural work, inviting
everyone to take part in a collective adventure of global transformation. This project also relies on powerful
digital tools such as the Big Smart Data EL4DEV information system, which allows real-time monitoring
of the impact of local initiatives and their global interconnection. It offers a deeply transformative
educational framework, capable of reorienting individual and collective behavior toward an ethic of the
common good and respect for all living things. Ultimately, LE PAPILLON SOURCE does not merely
imagine a better society—it proposes concrete, adaptable, replicable, and measurable mechanisms for
building one. It stands as a credible and bold alternative to current development models, offering a new path
toward a more just, united, and harmonious world—one that aligns with both nature and the deepest
aspirations of humanity.
2 – The two models of LE PAPILLON SOURCE cities/complexes
The two models of LE PAPILLON SOURCE cities/complexes are as follows:
1. Experimental agroclimatic, self-managed, and educational tourist cities
Also referred to as alter-globalist educational theme parks, these cities are spaces for leisure,
training, research, and cooperation. They offer an immersive experience that combines
entertainment, learning, social innovation, culture, spirituality, and ecology. Their goal is to raise
visitors’ awareness of a new, sustainable, and ethical way of life.
2. Self-regulating agroclimatic green complexes for agricultural production
Also known as self-managed food bank cities, these structures focus on innovative agroecological
production. They employ alternative, environmentally friendly processes to produce food, generate
water from the atmosphere, restore biodiversity, and strengthen territorial resilience. They also serve
as hubs for training and scientific experimentation.
At the heart of both models are the Vegetal Calderas—vegetated vertical structures that emit beneficial
electromagnetic fields and act as environmental and educational catalysts.
3 – The Vegetal Calderas
The Vegetal Calderas are one of the most innovative and emblematic pillars of the LE PAPILLON
SOURCE project, developed by Paul Elvere DELSART as part of the EL4DEV program. These
monumental structures—ecological, technological, and spiritual—embody the synthesis of nature, science,
art, and a vision of a re-enchanted world. Designed as multifunctional vertical agroclimatic modules, they
are installed at the heart of LE PAPILLON SOURCE-branded tourist cities and agricultural complexes,
playing a central role in transforming territories and mindsets. The Vegetal Calderas are vast vertical gardenforests, accessible in three dimensions, built from galvanized steel and designed as multi-level towers or
vegetated pergolas that can reach up to ten stories. They are far more than architectural structures—they are
genuine natural climate generators, capable of positively influencing local microclimates through a set of
soft geoengineering technologies. These include systems for evapotranspiration, atmospheric condensation,
and the emission of beneficial electromagnetic fields. By design, these structures fulfill a wide range of