In recent years, two unconventional thinkers have been making waves in the world of alternative physics and energy technology: actor-turned-scientist Terrence Howard and inventor Malcolm Bendall. While their backgrounds and approaches differ, their work shares some fascinating commonalities that challenge our fundamental understanding of the universe and propose revolutionary new technologies. In this blog post, we’ll explore the key concepts in their work, how their theories intersect, and what this emerging field of study might mean for the future of science and technology.
- Terrence Howard’s Lynchpin Theory
Terrence Howard, best known for his acting career, has in recent years devoted himself to developing a new theory of physics that he calls the “Lynchpin” configuration. This theory proposes a radical reimagining of the fundamental nature of the universe, challenging many of the core assumptions of mainstream physics.
Key aspects of Howard’s theory include:
a) The Lynchpin Configuration: At the heart of Howard’s theory is the concept of the “Lynchpin,” a geometric arrangement of four intersecting vortices that he believes forms the fundamental building block of the universe. This configuration creates a stable torus (donut-shaped) structure that Howard argues is the basis for all matter and energy.
b) Redefining the Aether: Howard’s work revives the concept of the aether, not as a passive medium but as an active field that shapes the behavior of matter and energy through vortex dynamics and pressure differentials.
c) Wave-Based Periodic Table: Howard proposes viewing the periodic table of elements as a wave function rather than a static chart. This perspective reveals harmonic relationships between elements and suggests new ways of understanding and manipulating matter.
d) Vortex Dynamics in Cosmology: Rather than relying on gravity and dark matter to explain cosmic structures, Howard’s theory uses vortex dynamics to account for the formation and behavior of galaxies, planets, and other celestial bodies.
e) New Approaches to Propulsion: Based on his theories, Howard has proposed new methods of propulsion that involve manipulating hydrogen in the aether and converting water directly into plasma using specific frequencies and electric charges.
- Malcolm Bendall’s Thunderstorm Generator
Malcolm Bendall, an Australian inventor, has developed a technology he calls the “Thunderstorm Generator.” This device, which has garnered significant attention in alternative energy circles, purportedly transmutes carbon into oxygen and other elements using principles that align in many ways with Howard’s theories.
Key aspects of Bendall’s work include:
a) Plasmoid Unification Model: Bendall has developed a theoretical framework he calls the Plasmoid Unification Model, which attempts to explain the fundamental nature of matter and energy in terms of plasma structures and vortex dynamics.
b) The Thunderstorm Generator: This device, the practical application of Bendall’s theories, reportedly converts carbon dioxide and other pollutants into oxygen and useful elements. It does this without additional energy input, challenging our understanding of conservation of energy and matter.
c) Geometric Ratios: Bendall’s work emphasizes the importance of specific geometric ratios, particularly the 4:3:2 ratio, in the design of his technology. This focus on sacred geometry aligns with aspects of Howard’s work.
d) Time Dilation: Bendall proposes that his technology works by manipulating time at a local level, accelerating and decelerating time to facilitate the transmutation of elements.
e) Plasmoids as Living Entities: In Bendall’s model, plasmoids (coherent plasma structures) are viewed as elementary life forms with their own behaviors and “instincts.”
- Connecting the Theories
While Howard and Bendall have developed their theories independently, there are striking similarities and complementary aspects to their work:
a) Vortex Dynamics: Both theories place a strong emphasis on vortex structures as fundamental to the behavior of matter and energy. Howard’s Lynchpin configuration and Bendall’s plasmoids both involve toroidal (donut-shaped) vortex structures.
b) Plasma Focus: Howard’s work on converting water to plasma for propulsion aligns with Bendall’s focus on plasmoid structures and plasma-based transmutation.
c) Geometric Ratios: Both researchers emphasize the importance of specific geometric ratios and configurations in their work, suggesting a deeper, mathematically-based order to the universe.
d) Challenge to Conservation Laws: Both theories propose phenomena that seem to violate conventional understanding of conservation of energy and matter, suggesting that our current models may be incomplete.
e) Aether-Like Concepts: While they use different terminology, both Howard and Bendall propose a underlying field or medium that plays an active role in shaping physical phenomena, reminiscent of the historical concept of the aether.
f) Harmonic Relationships: Howard’s wave-based view of the periodic table and Bendall’s emphasis on specific frequencies in his technology both point to the importance of harmonic relationships in understanding and manipulating matter.
g) Practical Applications: Both researchers are focused on developing revolutionary technologies based on their theories, particularly in the areas of energy production and propulsion.
- The Emerging Field: Vortex Plasma Dynamics
The work of Howard and Bendall, along with other researchers exploring similar concepts, represents an emerging field that we might call “Vortex Plasma Dynamics.” This interdisciplinary area of study combines elements of plasma physics, vortex mathematics, sacred geometry, and alternative energy research.
Key characteristics of this field include:
a) Focus on Vortex Structures: The fundamental importance of vortex configurations in understanding matter, energy, and cosmic structures.
b) Plasma as a Fundamental State: Viewing plasma not just as a state of matter, but as a fundamental aspect of reality with unique properties and behaviors.
c) Geometric and Harmonic Principles: Emphasis on specific ratios, frequencies, and geometric configurations as key to understanding and manipulating physical phenomena.
d) Challenge to Mainstream Physics: Proposing alternative explanations for fundamental forces and phenomena that often conflict with established theories in physics and cosmology.
e) Integration of Ancient Wisdom: Drawing connections between cutting-edge theories and concepts found in ancient philosophical and spiritual traditions.
f) Practical Technology Focus: Strong emphasis on developing new technologies, particularly in energy production and propulsion, based on these alternative models of reality.
g) Holistic and Interconnected Worldview: Proposing a more unified and interconnected view of the universe, often incorporating concepts of consciousness and universal harmony.
- Implications and Potential Impact
If the theories proposed by Howard, Bendall, and others in this field prove to be valid, the implications could be profound:
a) Energy Revolution: New methods of energy production that are clean, abundant, and possibly limitless could transform our relationship with energy and solve many environmental challenges.
b) Space Exploration: Advanced propulsion technologies could make interplanetary and even interstellar travel much more feasible, opening up new frontiers for human exploration.
c) Environmental Remediation: Technologies like Bendall’s Thunderstorm Generator could provide new tools for addressing pollution and climate change by directly transmuting harmful emissions into beneficial elements.
d) Materials Science: A deeper understanding of the harmonic relationships between elements could lead to breakthroughs in materials design and engineering.
e) Medical Applications: New insights into the fundamental nature of matter and energy could potentially lead to revolutionary medical technologies and treatments.
f) Philosophical and Spiritual Implications: These theories often align with spiritual and philosophical concepts of unity and interconnectedness, potentially bridging the gap between science and spirituality.
- Challenges and Controversies
Despite the exciting possibilities, this field of study faces significant challenges and controversies:
a) Lack of Mainstream Acceptance: These theories challenge fundamental assumptions in physics and are often dismissed or ignored by the mainstream scientific community.
b) Reproducibility Issues: Many of the claimed phenomena, particularly in Bendall’s work, have not been independently verified or reproduced by other researchers.
c) Theoretical Foundations: The mathematical and theoretical underpinnings of these models are often not fully developed or are difficult to reconcile with established physical laws.
d) Funding and Resources: Due to their unconventional nature, these research efforts often struggle to secure funding and resources for further development and testing.
e) Pseudoscience Accusations: Critics often accuse this field of being pseudoscience, arguing that it makes extraordinary claims without sufficient evidence.
f) Practical Challenges: Translating these theories into practical, reliable technologies faces numerous engineering and scientific hurdles.
- The Path Forward
For Vortex Plasma Dynamics to move from the fringes to the mainstream of scientific inquiry, several steps are crucial:
a) Rigorous Experimentation: Developing standardized, repeatable experiments that can be independently verified by other researchers.
b) Theoretical Development: Refining the mathematical and theoretical foundations of these models to make them more compatible with established physical laws or to provide robust explanations for apparent violations.
c) Interdisciplinary Collaboration: Encouraging collaboration between researchers in this field and experts in established scientific disciplines to bridge the gap between alternative and mainstream science.
d) Open-Source Approach: Adopting an open-source model for sharing data, designs, and results to foster collaboration and accelerate progress.
e) Public Engagement: Improving communication with the public and the broader scientific community to build understanding and support for this research.
f) Practical Demonstrations: Developing working prototypes and practical applications that can demonstrate the validity and potential of these theories.
Conclusion
The work of Terrence Howard, Malcolm Bendall, and others in the emerging field of Vortex Plasma Dynamics represents a bold challenge to our current understanding of physics and the nature of reality. While their theories remain controversial and unproven, they offer intriguing new perspectives on fundamental questions and propose potentially revolutionary technologies.
As with any paradigm-shifting ideas, these concepts require rigorous scrutiny, experimental validation, and open-minded inquiry. Whether they ultimately prove to be groundbreaking discoveries or instructive dead ends, the exploration of these ideas pushes the boundaries of our understanding and encourages us to question our assumptions about the nature of the universe.
In an age where humanity faces unprecedented challenges in energy, environment, and exploration, we can ill afford to dismiss unconventional ideas out of hand. The history of science is replete with examples of revolutionary ideas that were initially rejected by the mainstream. While healthy skepticism is crucial, so too is the willingness to entertain new possibilities.
The journey of discovery that Howard, Bendall, and their colleagues have embarked upon reminds us of the importance of curiosity, creativity, and courage in the pursuit of knowledge. As we continue to unravel the mysteries of the cosmos, it is this spirit of exploration and innovation that will light our way forward.
I put together some fun links related to all of this, enjoy:
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