Ihab Salloum[ad_1]
Australian Science-Art researchers in the 1980s, utilizing infinite fractal mathematics, embarked on an extraordinary journey to quantify the life-force governing the evolution of seashells over a remarkable 50 million year span. Through the aid of a cutting-edge computer program, they were able to generate futuristic seashell simulations that aligned perfectly with the mathematical patterns extracted from the seashell fossil record. The resounding success of this endeavor caught the attention of the esteemed technological research institute, IEEE, in 1990, who recognized it as one of the most significant optics discoveries of the 20th Century.
As scientists delved further into the simulations, they were astounded by the intricate correlation between the mathematical evolution and the established fossil data. However, they were oblivious to the fact that the true authors of this grand mathematical symphony were the living creatures residing within the seashells. This lack of comprehension can be attributed to the prevailing scientific belief that life must inevitably teeter towards extinction, instead of embracing infinite possibilities. Consequently, when sterile quantum mechanical mathematics was employed in generating future seashell life-form simulations, distortions permeated the outcomes. Regrettably, quantum mechanics can now be associated with disseminating a form of scientific cancer information.
Epidemiologists have recently pinpointed the existence of a global epidemic, transmitted through the mass production of dysfunctional communication and information devices. This three-dimensional affliction has been identified as a grave concern in the field of quantum biology cancer research. However, a glimmer of hope emerged in 2016 with the discovery of an antidote to this pervasive epidemic. Astonishingly, this breakthrough underscored the existence of a contrasting three-dimensional stereoscopic information system, which operated in direct contradiction to its dysfunctional counterpart. The transmission of healthy information appeared to align seamlessly with the workings of a holographic universe, an intriguing concept alluded to in ancient Greek science.
The indomitable mathematician, Georg Cantor, whose revolutionary theories granted humanity access to the infinite, faced immense disdain from his peers and the Church. Yet, with the passage of time, the authenticity of his theories became indisputable. Cantor’s groundbreaking invention of set theory encapsulated a fundamental concept essential to the functioning of a holographic universe: “A set is a Many that allows itself to be thought of as a One.”
In the realm of quantum biology cancer research, healthy living information defies the mechanics of extinction by flowing in the opposite direction. This intricate entanglement serves as the catalyst for the evolution of universal consciousness, as famously articulated by the Nobel Laureate in Medicine, the esteemed Founder of the American National Cancer Research Foundation, Szent-Gyorgyi. In his 1972 Letter to Science, he vehemently argued that prevailing science, by its very nature, acts as a carcinogen, obstructing the path towards a cancer cure.
For millennia, human tribes have evolved through perpetual warfare, in obedience to the law of survival of the fittest. However, in light of DNA’s revelation that humans belong to one united species, the laws governing scientific reality must adapt accordingly. Any species that continuously inflicts harm upon itself is inevitably afflicted with a form of neurological cancer. Consequently, two distinct scientific worldviews coexist – one which elucidates reality as it pertains to the evolution of human tribes, and another which delves into the evolutionary survival of the human species.
Alas, despite remarkable technological progress in mitigating cancer, statistical data affirms the global war against this affliction is veering towards failure. Peculiarly, the more resources allocated to cancer research, the more cancer thrives. During the dawn of civilization in ancient Mesopotamia, the evolution of mathematics birthed two distinct sciences. One provided the impetus for our exploration of galaxies within the cosmos, while the other posed the grim threat of nuclear annihilation. Plato, in his timeless work, ‘The Republic,’ warned of the dire consequences arising from incomplete science, where unformed matter can emerge from the physical atom, precipitating the destruction of civilization. Furthermore, Georg Cantor elucidated the discernible distinction between incomplete science, foretelling the doom of all life in the universe, and a science that embraces the boundlessness of the life force, propelling it towards infinity. As previously mentioned, Szent-Gyorgyi believed that the mathematics governing Einstein’s tribal worldview, rooted in the imperative of perpetual warfare, were inherently carcinogenic. Thus, the true testament to Einstein’s unparalleled genius lies in transcending the confines of the scientific limitations of his time.
In the ancient Sumerian culture, time was measured through a seven-day week, composed of 24 hours per day, each hour consisting of 60 minutes. Additionally, this measurement of time was intricately intertwined with the concept of direction, epitomized by a circle possessing 360 degrees. Nowadays, these Sumerian insights regarding time and direction are instrumental in comprehending the realms of physical reality within the universe. However, due to its impracticality, the Sumerian understanding of infinity failed to gain scientific acceptance. Instead, the survival of the fittest paradigm required an emotional desire to revel in warfare, thus manifested in the veneration of Innana, the goddess of sex and war. Countless clay tablets embody the notion that access to infinity was reserved exclusively for warring gods responsible for the creation of hybrid humans. Turmoil among these gods erupted when immortality was bestowed upon a guardian of the Ark during the Great Flood. Variations of this mythological and religious conception of infinity permeated subsequent Babylonian culture, eventually proliferating throughout major religions across the globe.
The Babylonian scientific priesthood utilized the Sumerian astrological science, masterfully predicting eclipses with utmost precision. The goddess Inanna was subsequently transformed into Ishtar, the goddess of prostitution and war. One notable clay tablet contains a message from a priest to the King of Babylon, chronicling the lunar eclipse of 673 BC and the gods’ demand for war in order to expand the kingdom’s boundaries. The worship of Ishtar in Babylon employed unethical mathematics as a means of terrorizing the populace, who would subsequently seek solace in sexual indulgence to cope with the impending doom signaled by the darkening of the moon. This deceitful deployment of unethical mathematics bears resemblance to the programming of sound and color vibrations in poker machines, strategically inducing financial and moral bankruptcies. Plutocratic regimes, governed by the affluent, perpetuate never-ending wars against one another, employing global stock-market manipulations under the guise of safeguarding their respective tribes from foreign ideological influences.
Ancient Greek atomic science ushered in an entirely distinct mathematical framework associated with sexual intuition. This framework aimed to steer ennobling governance for the preservation of an infinite universe, thereby averting the extinction of civilization. This ethical approach, centered around the safeguarding of the universal environment, far surpasses any present-day environmental protection initiatives. In ancient Greek logic, the 28-day lunar cycle harmonized with a mother’s fertility cycle, elevating the moon’s harmonic mathematical movements to the realm of sexuality. These resonating atoms of the mother’s spirit accounted for her profound intuitive love and compassion for her children. This living mathematical ethic, an absurdity within Einstein’s science, which mandates the obliteration of all life in the universe, could only unfold in the 21st Century after DNA classification definitively established that all tribes belong to a singular species, a monumental revelation documented by the Smithsonian National Museum of Natural History.
Eminent epidemiologists, who exposed the 3D global epidemic stemming from dysfunctional information inflicting social upheaval, have united with epigeneticists in their study of neurological diseases and cancer. Epigenetics delves into the complexities of how external circumstances, ranging from environmental pollution to diet and stress, and the developmental processes during embryonic stage, impact the genetic transmission from parent to offspring. This emerging field aspires to revolutionize biomedical science, enriching the global human condition by promoting health and well-being. Yet, medical researchers face an arduous journey, as prevailing science exhibits glaring gaps that must be bridged before the objective can be attained.
C.P. Snow, a pioneering molecular biologist, constructed a fundamental bridge to address the world’s most pressing challenges. In his 1959 Rede Lecture at Cambridge University, aptly titled “The Two Cultures and the Scientific Revolution,” Snow unveiled this bridge, a profound understanding of the relationship between science and art. This bridge necessitates a fresh comprehension of the Second Law of Thermodynamics, as expounded by Einstein, to resolve the looming death cult induced by this scientific axiom. In 2008, The Times Literary Supplement recognized Snow’s lecture as one of the 100 most influential books shaping social consciousness since World War II. Nevertheless, it is highly doubtful that Snow’s bridge, a solution to the predicament of the Second Law of Thermodynamics and its carcinogenic implications, has permeated global society.
In 1903, Bertrand Russell penned “A Free Man’s Worship,” an intellectual treatise advocating for a cosmic perspective. This complex work championed the necessity for humanity to transcend religious and scientific confines, and embrace a reverence for the marvels of the universe.
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