A new 480 page book written by Justin Coven, Ph.D., using Subquantum Kinetics to model the Vortical ether, is now available at many book sellers including Amazon.
Back Cover
Justin Coven, Ph.D. specializes in Artificial Intelligence Meta-Level Reasoning across different conceptual paradigms, where all conceptual models, including all scientific models, become just tools. Thus, Justin created Meta-Level Science, where scientific models are evaluated and compared across a broad spectrum of properties. Applying Meta-Level Science to the physics of Subquantum Kinetics (SQK) by Paul LaViolette, Justin was able to create enhancements to SQK, including SQK Vortical Ether, and to correspondingly create revolutionary advances to most of the fundamental scientific questions of the day.
For Physics, Justin describes solutions to sixty-seven mainstream physics problems showing that Relativity can and should be discarded, as this is essential for many of these solutions. Justin also demonstrates how SQK Vortical Ether is by far the most developed and successful Subquantum model, while String Theory, Loop Quantum Gravity, and Causal Set are the three worst.
For Science, Justin successfully demonstrates the utilization of Meta-Level Science to not only compare scientific models, but also to advance those models.
For Health, separate medical research has demonstrated that intracardiac vortices are an important component of normal cardiovascular fluid dynamics and have diagnostic and prognostic significance. Justin demonstrates that Vortical Ether Engineered devices can be used to create vortical motion in their vicinity. Justin’s further preliminary investigations suggest that the effect of these devices on different organs roughly correlates with their biological vortical susceptibility.
For Consciousness, the underlying elements of Artificial Intelligence Knowledge Representation are seen as functioning within nature, in the subquantum medium (ether), within networks of EM waves and electron waves, both embodied and disembodied. Thus, these networks are understood as the major underlying physical elements of consciousness beyond the biology of the brain.
Book Outline
The style of the book is a collection of separate papers focused on different related topics.
The first chapter of Vortical Ether includes a summary of the entire topic of the book. In addition, it introduces novel findings in Health (section 3), the vortical ether physics underlying what is observed in experiments at the human-scale (section 5), anomalous vortical ether at the astronomical scale (section 6), and Consciousness (section 7).
The rest of the book is dedicated to physics. The second chapter Vortical Ether Engineering describes a simple inexpensive experiment at the human-scale that unambiguously demonstrates vortical ether behavior, analogous to simple and inexpensive static electricity, magnetic, EM wave, and gravity experiments which also demonstrate subquantum medium behavior from an SQK perspective. Thus, the vortical ether becomes a force analogous to electromagnetism and gravity.
The final nine chapters are a series of articles comparing Subquantum Kinetics with Mainstream Physics with article cross-references. There are six different major topics covered in these chapters. Each of the chapters has a reference to their number in the article series “No. #” in order to support the cross-references. Thus, we will use these numbers in the description of chapters below.
Big Problems
One of the big questions in physics is what are the underlying mechanisms of quantum mechanics. Chpater Three, article No. 5 Evolution of Quantum Physics and Chaper Five, article No. 7 Quantum Tunneling Model Comparison discuss SQK solutions to this problem.
A second major question is what are the underlying mechanisms of gravity. Chapter Four, article No. 6 Gravity Explained and Chapter Nine, article No. 11 LIGO Gravity Wave Reinterpretation discuss SQK solutions to this problem.
The third big problem is why is there an asymmetry in the amount of matter versus antimatter. Chapter Seven, article No. 9 Matter-Antimatter Asymmetry discusses SQK mechanisms underlying the solution to this problem. Chapter Ten No. 12 Particles, Fields, and the Structure of Matter dives even deeper, looking at asymmetry in all type of particles
The fourth big problem is why Quantum Mechanics and Relativity clash. SQK’s solution is to provide alternative explanations to all the phenomenon that relativity supposedly explains. SQK does not clash with Quantum Mechanics; it is more an evolution of quantum mechanics into the subquantum media. However, it does provide some fixes and underlying mechanics for quantum mechanics. Chapter Eleven, article No. 13 Ether Versus Relativity discusses in depth how relativity can be removed from physics, thus resolving this big problem as well as many other problems in mainstream physics.
Plethora of Mainstream Physics Problems
Throughout all the chapters in the book, solutions to sixty-seven problems in mainstream physics are provided. Chapter Three, article No. 5 Evolution of Quantum Physics describes these solutions and lists where in the other chapters they are discussed in greater depth.
SQK Predictions Verified
Chapter Six, article No. 8 SQK Predictions and Verification and Chapter Eight, article No. 10 Supernova SN1987A, Genic Energy, and Neutrinos describe fourteen predictions that were made using SQK and which were later verified.
Energy from the Subquantum Domain
SQK uses the term genic energy to describe energy harvested from the subquantum domain. This is analogous to how nuclear energy is harvested from the quantum domain. Chapter Eight, article No. 10 Supernova SN1987A, Genic Energy, and Neutrinos discusses genic energy emanating from astronomical phenomenon.
SQK Comprehensive Modeling
Chapter Ten, article No. 12 Particles, Fields, and the Structure of Matter represents a third of the book and comprehensively describes how SQK can model Particles, Fields and the Structure of Matter. This includes: a full particle ontology; macro vortical motion from the subquantum domain all the way up to the astronomical domain; analysis of experimental data of particle physics from an SQK perspective; some of the big problems mentioned above; and solutions to forty-three of the sixty-seven problems mentioned above.
MLS Comparison of Subquantum Models
Chapter Ten, article No. 12 Particles, Fields, and the Structure of Matter also includes an MLS comparison of nine different subquantum models including SQK, Pilot-Wave, String Theory, Loop Quantum Gravity, and SED/ZPF across ten different categories. SQK crushes the competition with 10 greens out of ten, with the next best with 1 green, 6 yellows and 3 reds (Pilot-Wave and SED/ZPF). While String Theory and Loop Quantum Gravity are the most institutionalized and financed, yet they score the worst along with Causal Set theory with just two yellows and eight reds.