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Retrocausality
As part of her doctorate in cognitive psychology, Antonella Vannini conducted four experiments using heart rate measurements in order to study Fantappiè's retrocausal hypothesis and Damasio's learning effect. The hypothesis on which Antonella Vannini worked was very simple: if life is supported by syntropy the parameters of the vital systems which support life, such as the autonomic nervous system, should show retrocausal activations.
The Unitary Theory
"In the form of an imaginary conference this book allows Luigi Fantappiè to present his Unitary Theory, followed by Ulisse di Corpo and Antonella Vannini's contributions and extensions."--Page 2.
SYNTROPY
Most of us are familiar with the concept of entropy, the dissipative process that indicates the degree of disorder or uncertainty in a closed physical system. Entropy is unidirectional and always proceeds forward in time, but it fails to account for many scientific paradoxes, such as life itself. Less well known is its complementary principle: syntropy, the subject of this book. Syntropy produces a continuous increase in complexity through the action of attractors that emanate from the future, and provides systems with their purpose and design. Rather than generating disorder via increasing differentiation, syntropy draws individuals and systems together by their common characteristics and goals. In a way, syntropy can be regarded as the life force that emanates from the unifying action of love.
Origin of Life, Evolution and Consciousness in the Light of the Law of Syntropy
Several scientists believe that without the dual to entropy, life will remain a mystery. At the4 beginning of the 1930s, Luigi Fantappiè saw the possibility of interpreting the advanced potentials of the wave equation as a new category of phenomena, totally different from the entropic phenomena which respond to the principle of causality. He named these phenomena syntropic, and could see them in the living systems. Although Fantappiè was among the foremost mathematicians, the finalistic properties of syntropy were considered outside science. In 1977 Ulisse Di Corpo formulated again this theory starting from the energy-momentum-mass equation of special relativity and in 2010 Antonella Vannini provided the experimental proof.
CranioSacral Therapy for Grief and Loss
• Explains how CranioSacral Therapy and SomatoEmotional Release can help you through the common traumas of the life cycle, from birth to death • Shares techniques and exercises to help process emotions and experiences, assess the functionality of the body’s systems and energetic framework, and recognize and transform destructive energies into constructive processes • Looks at how to enhance CST techniques with other protocols, including the Holmes and Rahe Stress Scale and Elisabeth Kübler-Ross’ stages of grief Loss, abandonment, separation, and grief—many of life’s most challenging experiences—are also the most common. But the trauma created by these experiences does not ne...
Unfolding Consciousness
Exploring the Living Universe and Intelligent Powers in Nature and Humans, author Edi Bilimoria heralds the new science of consciousness and offers the readers a roadmap and necessary tools to achieve future growth. Presented in three volumes, plus volume IV contains references, resources & further reading, they reveal the unity of the Eastern and Western branches of our perineal wisdom. Bilimoria shows how science seeks truth using a synthesis of both traditions. Evidence from a wide range of sources— scientific, medical, philosophical, religious, and cultural— is put forward to argue the case that humans are spiritual beings, primarily, and not merely complicated biological machines. B...
Our Quantum World and Reincarnation
This book sets forth a thoroughly researched and tightly reasoned original thesis. It is a convincing argument that one scientifically proven fact is quite possibly explained by another, though on the surface one may appear to have nothing to do with the other. One fact is the solid evidence, scientifically adduced by Dr. Jan Stevenson and others, that memories and other mental aspects of the human brain do indeed survive death. The other fact, accepted by almost all physicists, is a certain aspects of quantum mechanics known as entanglement. Entanglement is the relationship that develops between atoms, usually between those close in space, whereby certain characteristics of one atom complem...
Introduction to Anticipation Studies
This book presents the theory of anticipation, and establishes anticipation of the future as a legitimate topic of research. It examines anticipatory behavior, i.e. a behavior that ‘uses’ the future in its actual decisional process. The book shows that anticipation violates neither the ontological order of time nor causation. It explores the question of how different kinds of systems anticipate, and examines the risks and uses of such anticipatory practices. The book first summarizes the research on anticipation conducted within a range of different disciplines, and describes the connection between the anticipatory point of view and futures studies. Following that, its chapters on Wholes...
An Introduction to Syntropy
As a mathematician Luigi Fantappiè could not accept that Heisenberg had rejected half of the solutions of the fundamental equations and in 1941, while listing the properties of the forward and backward in time energy, Fantappiè discovered that the forward in time energy is governed by the law of entropy, whereas the backward in time energy is governed by a complementary law that he named syntropy, combining the Greek words syn which means converging and tropos which means tendency. Entropy is the tendency towards energy dissipation, the famous second law of thermodynamics, also known as the law of heat death. On the contrary, syntropy is the tendency towards energy concentration, increase in differentiation, complexity and structures. These are the mysterious properties of life!
Entropy and Syntropy
This work describes how the concept of time and the correlated concept of causation evolved during the last centuries: the way we look at time and causation has important implications on the way we do science and on the tools we choose to use.
