Dr James DeMeo

Dr  James DeMeo has been investigating the work of the late Dr. Wilhelm Reich since 1970, and founded OBRL in 1978. With cooperative assistance from a network of professionals and institutes supportive of Wilhelm Reich's original discoveries, OBRL has grown to become one of the world's primary centers for genuine and uncompromised research and educational programs focused upon Orgonomy, the science of orgone (life) energy functions in nature, as developed by Reich in the first half of the 20th Century.

Starting in 1977, as part of his graduate research at the University of Kansas, DeMeo undertook replication studies of Reich's biophysical research -- specifically, a systematic evaluation of the Reich cloudbuster which yielded positive results. The acceptance of DeMeo's work by the KU faculty constituted the first time any aspect of Reich's controversial biophysical research had been validated by peer-review within a mainstream academic institution. Through the organizational structure of OBRL, and with the cooperative assistance and support of many other individuals and groups dedicated to Reich's works, DeMeo has since directed field applications of the cloudbuster apparatus, successfully ending droughts across the USA and overseas as well, with applications towards reducing the energetic stagnation characteristic of wetter regions suffering from chronic air pollution and forest-death.

A number of Desert Greening expeditions have also been organized and directed by DeMeo within the arid zones of the Southwestern USA, and into the dry regions of Namibia and Israel, producing a dramatic verification of Reich's earlier findings on the ability of the cloudbuster to bring rains under even extremely dry conditions. With the support of local governments, a five-year desert-greening experiment was also undertaken in the 1990s, in the East African Sahel region adjacent to the hyperarid Sahara Desert.

  • All of these projects have produced significantly positive results with sometimes-dramatic increases in rainfall, ending dry episodes of sometimes decades duration, filling reservoirs and greening parched landscapes. This work constitutes a major breakthrough in combating the intractable problems of drought and desert-spreading, with their attendant famine and social-economic upheavals, and is a major focus of research activity at OBRL.


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