Joe Rogan Experience #2152 - Terrence Howard

In this episode of the Joe Rogan Experience, Terrence Howard discusses his unconventional theories on the universe and his innovative ideas, which challenge traditional scientific paradigms. He shares his belief in the interconnectedness of all things, proposing that everything is alive and conscious, with the universe functioning as one great being. Howard delves into his discoveries, including the geometry of hydrogen and the concept of tangential flight, which he claims could revolutionize technology and energy use. Despite facing skepticism due to his acting background, Howard remains passionate about sharing his insights and encourages a reevaluation of established scientific principles.

• The speaker describes unique early memories, including experiences from the womb and being born, which are uncommon and suggest a different perception of early life.
• Claims to have memories of being in the womb and birth, which he tested with his son using light and music stimuli.
• The speaker's early life experiences are linked to his son's early development and interests, suggesting a continuity of perception and intelligence.

"I remember being compressed, you know, and there you want to panic, but there you're flooded with like some serotonin and dopamine to where you feel relaxed."

• The speaker recalls the physical and emotional sensations of being born, indicating a deep and early awareness.

• The speaker describes a significant dream at five years old, involving a being and a mansion filled with unique shapes, symbolizing knowledge and understanding.
• Dreams are presented as a source of inspiration and knowledge, leading to real-world achievements and innovations.
• The speaker's dreams are linked to his numerous patents and innovations, suggesting a connection between subconscious experiences and conscious achievements.

"If you could have anything in the world, what would it be? ... I said to him, I want to know how everything works."

• This dream conversation highlights a lifelong quest for understanding and knowledge, which has driven the speaker's pursuits.

• The speaker discusses personal challenges, including family dynamics and accusations, which influenced his life path.
• These challenges are viewed as redirections rather than curses, leading to a reconnection with his dreams and knowledge.
• The speaker's journey includes significant adversity, which ultimately contributed to his professional success and personal growth.

"I thought it was a curse at the time, but it was really removing me from advancing down the wrong path."

• Adversity is reframed as a necessary part of the speaker's journey, leading to positive outcomes.

• The speaker explores scientific concepts, including the periodic table and the relationship between elements, challenging conventional scientific understanding.
• Emphasizes the interconnectedness of elements and the importance of understanding their relationships through sound and tone.
• The speaker's work is influenced by historical figures like Walter Russell, aiming to rebuild scientific models based on natural laws and observations.

"I was going to spend 40 years rebuilding a periodic table, and I found out that Walter Russell had already did that."

• The speaker's scientific pursuits are aligned with Russell's work, highlighting a shared vision of understanding the natural world.

• Critiques the traditional scientific approach for ignoring the interconnectedness of elements and the role of sound and tone.
• Challenges the conventional periodic table layout, suggesting a more dynamic and interconnected model.
• The speaker's approach emphasizes the importance of frequency and tone in understanding elemental relationships.

"They don't show the relationship that between every element there's between every there's two."

• The speaker argues for a more holistic understanding of elements, beyond the static representation in conventional science.

• Discusses philosophical concepts related to the nature of the universe, including the balance of electric and magnetic forces.
• Critiques Einstein's theories for lacking the inclusion of balancing forces and the role of magnetism.
• The speaker's insights are grounded in a philosophical understanding of natural laws and the interconnectedness of all things.

"The universe is based off of equinity, which Einstein left out in his theory of relativity."

• The speaker's philosophical perspective challenges established scientific theories, advocating for a more balanced understanding of the universe.

• Discusses personal health practices, including detoxification and lifestyle changes, contributing to improved well-being.
• Attributes physical transformation and health improvements to specific detox products and lifestyle adjustments.
• The speaker's personal experiences with health and wellness are presented as part of a broader journey of self-improvement.

"I used to have really thick dark circles under my eyes that's gone away in the last six months."

• Personal health practices are linked to visible improvements, reinforcing the speaker's holistic approach to well-being.

• Explores the relationship between human imperfection and creativity, suggesting that flaws contribute to artistic expression.
• Emphasizes the balance between order and chaos in human nature, which drives creativity and innovation.
• The speaker's perspective on art and creativity highlights the importance of embracing human imperfections.

"Life is about the give and take there's a balance in there you know to be human is to be flawed it's to be beautiful."

• The speaker views human flaws as integral to creativity and beauty, underscoring the complexity of human nature.

• Criticizes the scientific community for dismissing unconventional ideas and failing to embrace holistic approaches.
• Describes interactions with prominent scientists, highlighting resistance to new theories and ideas.
• The speaker's experiences reflect broader challenges in gaining acceptance for innovative concepts within the scientific community.

"He attacked it so with such vitro that I I was like oh okay maybe I need to walk away from this."

• Encounters with skepticism and resistance illustrate the difficulties of challenging established scientific paradigms.

• The podcast begins with a discussion of historical events where individuals were persecuted for their beliefs, particularly in the context of religious dogma versus scientific understanding.
• The story of a person executed in 1599 for challenging the Catholic Church's view of God highlights the tension between established religious beliefs and broader interpretations of the universe.

"They hung him upside down in 1600, the Catholic Church 1599 hung him upside down in a stake and set him on fire because he refused to recant that the god that they were talking about was not the true God of the universe."

• This quote illustrates the historical conflict between religious institutions and individuals promoting alternative views of the universe, emphasizing the risks faced by those challenging dominant narratives.

• The conversation critiques figures like Neil deGrasse Tyson for dismissing theories outside mainstream astrophysics, such as those proposed by Walter Russell and John Keeley.
• It highlights the limitations of current scientific paradigms and the resistance to unconventional ideas.

"He was critical of Tesla, he was critical of Walter Russell, and he was critical of John Keeley. This is not his field of study though, right?"

• This quote underscores the criticism of established scientists for dismissing ideas outside their expertise, suggesting a closed-mindedness in scientific communities.

• A theory is presented that all planets are moving away from their stars at a consistent rate, suggesting a universal expansion.
• The conversation challenges conventional cosmological timelines, arguing that the universe is much older than current estimates suggest.

"The Earth is drifting away from the Sun... all of the planets in every solar system are drifting away from their primary at the same exact rate."

• This quote introduces the idea of universal expansion, proposing that the movement of planets suggests an older universe than mainstream science acknowledges.

• The podcast criticizes the foundation of educational and economic systems on outdated scientific and philosophical ideas, such as Platonic solids and linear mathematics.

"Our entire world economy is based off of the politicians and the authorities that give their politicians their accreditation and those authorities, those universities are all based on the platonic solids."

• This quote criticizes the reliance on traditional educational frameworks and economic systems, arguing they are based on outdated and incorrect scientific principles.

• The discussion touches on human reproduction, comparing it to other primates, and highlights the biological drive for reproduction.

"We produce 1500 sperm per heartbeat. Women are born with 200 to 500,000 eggs in each of their ovaries."

• This quote provides a biological perspective on human reproduction, emphasizing the natural drive for procreation and its evolutionary basis.

• A theory is discussed that planets are formed from matter ejected by stars, challenging the conventional view of planetary formation through accretion.
• The conversation suggests that matter behaves differently under various pressure and motion conditions, affecting its perceived form.

"Every Star within its solar system gives birth to all of these other planets... the universe is not infinite but finite because you could not have shape without the returning waves."

• This quote presents a theory of planetary formation and the finite nature of the universe, proposing that stars give birth to planets through ejections of matter.

• The podcast argues that gravity is a byproduct of electrical forces, challenging the traditional understanding of gravity as a fundamental force.
• It suggests that the universe operates on principles of electrical and magnetic interactions rather than gravitational forces.

"Gravity is an effect of electricity... electricity is 137 times stronger than the pull of gravity."

• This quote challenges the traditional view of gravity, proposing that electrical forces are the primary drivers of cosmic interactions.

• The conversation critiques the role of pharmaceutical companies in public health, particularly their influence on medical practices and public perception.
• It discusses the impact of the COVID-19 pandemic on public trust in medical institutions and the suppression of alternative treatments.

"Cancers have increased 300%... the spike protein did to the BRCA1 gene... now we have all of these diseases showing themselves."

• This quote highlights concerns about the long-term health effects of medical interventions during the pandemic and critiques the transparency of pharmaceutical companies.

• The podcast references historical examples of government deception, such as the Tuskegee Experiment, to highlight ongoing issues of trust in governmental institutions.
• It argues that governments have a history of experimenting on their populations without consent, leading to widespread distrust.

"The Tuskegee experiment... they injected the black population with syphilis and left it untreated for 60 years."

• This quote serves as a historical example of government overreach and unethical medical experimentation, contributing to distrust in public health initiatives.

• The discussion explores the interconnectedness of the universe and the idea that all beings are part of a larger consciousness.
• It proposes that the universe is a living entity and that humans are intrinsically connected to it.

"We are all just one great being... everything is just one great being, we're all God."

• This quote reflects the philosophical view that the universe is a singular, interconnected entity, and that all life forms are manifestations of a greater consciousness.

• The podcast discusses the use of simulations to recreate planetary formations, suggesting that technology can offer insights into the nature of the universe.
• It emphasizes the potential of simulations to challenge existing scientific models and propose new theories.

"This is a particle simulation of the physics involved in making up the planet Saturn... without any gravity."

• This quote highlights the use of simulations to explore alternative theories of planetary formation, challenging traditional gravitational models.

• The speaker claims to have been foundational in the development of the AR/VR industry through a patent, which was not maintained due to high costs.
• The patent, titled "World of Windows," was allegedly foundational for many current AR/VR technologies and cited by major companies.
• The speaker expresses frustration over not receiving financial benefits from the adoption of their patent by large corporations.

"Their entire AR/VR world was built off of my first patent that was abandoned... I want you to see where your AR/VR world came from."

• The speaker asserts the importance of their patent in the AR/VR industry, claiming it was a foundational piece for future developments.

• The speaker challenges traditional concepts of gravity, proposing that it is an effect of an electric field rather than a standalone force.
• They suggest that what is perceived as gravity is actually the result of electrical fields generated by the Earth's rotation.

"We're calling it gravity, but gravity is just the effect of the electric field."

• The speaker redefines gravity as an electric phenomenon, challenging conventional scientific understanding.

• The speaker claims to have invented a new form of flight called "tangential flight," which allows an object to spin around its own center of mass.
• They describe a propulsion system that uses water to create plasma, providing a new method for space travel and energy.

"I've invented a new form of flight, tangential flight... It's unlimited bonding."

• The speaker introduces a novel flight concept, suggesting it could revolutionize current aviation and aerospace technologies.

• The speaker criticizes the current scientific community for ignoring their work and adhering to outdated theories.
• They challenge the validity of constants like the speed of light and gravity, proposing that these are not true constants.

"The speed of light is not a constant... They average it out to one thing instead of showing the fluctuations."

• The speaker disputes widely accepted scientific constants, suggesting a need for reevaluation of fundamental scientific principles.

• The speaker advocates for a shift from Cartesian to spherical geometry, claiming it aligns better with natural phenomena.
• They propose that the universe operates on principles of super symmetry and wave conjugations, which are not currently recognized in mainstream science.

"Geometry is its own proof... Super symmetry is its own proof."

• The speaker emphasizes the importance of geometry in understanding universal laws and criticizes current scientific models for ignoring these concepts.

• The speaker shares personal anecdotes about their struggles with the scientific community and the entertainment industry.
• They discuss the impact of personal events, such as being replaced in a major film franchise, on their pursuit of scientific endeavors.

"They didn't want me to go and talk about this... They had to spin... he was terrible on set."

• The speaker reflects on personal and professional challenges, suggesting these experiences fueled their scientific pursuits.

• The speaker envisions a future where scientific understanding is redefined based on their theories and inventions.
• They call for a reevaluation of currency and technological innovation, advocating for a direct exchange system.

"We have to let go of the idea of this currency... We're the only creatures in the known universe that uses currency."

• The speaker proposes a radical shift in societal and scientific paradigms, emphasizing a move towards direct exchange and reevaluation of current technologies.

• The speaker discusses advocating for Robert Downey Jr. to audition for a role despite initial resistance due to bonding issues.
• Demonstrates the speaker's willingness to leverage personal resources for others' opportunities.

"I hear Robert wants to come in but you guys won't even let him audition... why don't you take a million dollars for the bond for him if he gets... and let him audition."

• The speaker negotiated financial terms to allow Robert Downey Jr. a chance to audition, showing their commitment to supporting others' careers.

• The speaker expresses disappointment in not receiving reciprocal support from Robert Downey Jr. after helping him.
• Reflects on the emotional impact of unreciprocated assistance in personal relationships.

"I called him 27 times... I didn't hear from him until three years later... that broke me a little bit."

• The speaker felt hurt by the lack of response from someone they had previously helped, highlighting the emotional toll of unreciprocated efforts.

• The speaker discusses their scientific discoveries and contributions, particularly in the field of wave conjugations and electric and magnetic fields.
• Emphasizes the potential impact of these discoveries on human understanding and technological advancement.

"I was given not just the one I was given the entire electric field and magnetic field and the Constitution between them."

• The speaker claims to have made significant scientific discoveries that could revolutionize current understanding of physics and engineering.

• The speaker reflects on how actors are often ridiculed for pursuing interests outside of acting, yet these pursuits can be transformative.
• Highlights the challenges actors face when their non-acting endeavors are not taken seriously.

"It's so easy to ridicule when an actor has something that's outside of acting that changes everything."

• The speaker notes the skepticism actors face when they engage in pursuits beyond their primary profession, despite the potential value of these pursuits.

• The speaker discusses the significance of certain numbers and patterns, particularly those related to Tesla's theories.
• Explores how these concepts relate to the speaker's scientific work and the understanding of the universe.

"When Tesla said if mankind could understand the significance of 36 and n and have keys to their universe..."

• The speaker emphasizes the importance of understanding specific numerical patterns and their implications for unlocking universal secrets.

• The speaker explains the concept of magnetism and its representation through fractals and patterns.
• Discusses the role of these concepts in their scientific discoveries and technological innovations.

"This is magnetism like I said magnetism expands at the center so you have your 369 and it's back to that same fractal again."

• The speaker illustrates how magnetism and fractal patterns are central to their scientific work and understanding of physical phenomena.

• The speaker presents their understanding of the grand unified field theory and its implications for predicting physical phenomena.
• Claims that their discoveries challenge existing scientific principles, such as the Heisenberg uncertainty principle.

"The Heisenberg uncertainty principle is out the window because now with this combined with the wave conjugations..."

• The speaker asserts that their work provides a new framework for understanding and predicting physical events, challenging established scientific theories.

• The speaker discusses their patents and the significance of having priority over technological innovations.
• Highlights the potential for using their discoveries without licensing fees due to their priority status.

"Since I have priority since I invented it I can now use any Innovation that they've done off of my patent and not have to pay them a licensing fee."

• The speaker emphasizes the strategic advantage of holding priority patents, allowing them to capitalize on subsequent innovations.

• The speaker criticizes current scientific models and the need for new frameworks that align with their discoveries.
• Argues that existing models are based on outdated concepts and need revision.

"Everything they've been doing that's why they keep recreating a new have a new theory for this now a bon and a go God particle..."

• The speaker argues for the necessity of revising scientific models to incorporate new discoveries and insights.

• The speaker explores the concept of consciousness, arguing that everything in the universe is alive and conscious.
• Suggests that traditional views of inanimate objects are limited and need to be expanded.

"Everything is alive everything is conscious everything is like... we don't have the sensory ability to perceive their Consciousness."

• The speaker proposes a broader understanding of consciousness that includes all elements of the universe, challenging conventional perspectives.

• The speaker speculates on human evolution and the potential influence of extraterrestrial forces.
• Discusses the possibility of advanced civilizations shaping human development and technological progress.

"Doesn't it scream manipulation from an external Force something right something it screams something took place..."

• The speaker suggests that human evolution may have been influenced by advanced extraterrestrial forces, offering an explanation for rapid development.

• The speaker reflects on historical events and cultural influences that have shaped human knowledge and understanding.
• Critiques the suppression of information and the destruction of cultural artifacts by dominant powers.

"Why did we destroy all of the Native Americans um all of their information what was the purpose of it there's a dumbing down that's happening."

• The speaker criticizes historical actions that have suppressed knowledge and cultural heritage, advocating for a reevaluation of past narratives.

• The speaker questions the historical significance of gold and its role as a universal currency.
• Explores theories on why gold has been valued across different cultures and its potential extraterrestrial significance.

"Why do we love it why do we need it why do we trade life for it always why have people like risk their lives traveling across the sea with wooden boats filled up with it..."

• The speaker examines the historical and cultural fascination with gold, suggesting it may have deeper, possibly extraterrestrial, origins.

• The speaker discusses their technological innovations, particularly the Lynch pin, and its potential applications in various fields.
• Highlights the importance of these innovations for future technological and scientific advancements.

"One of the greatest things about the Lynch pin is it's also submersible and so one of the main points is you know I'm about to build five smaller ones..."

• The speaker outlines the potential of their technological innovations to transform fields such as transportation and resource extraction.

• The speaker envisions a future where technological advancements can prevent environmental destruction and promote sustainable living.
• Emphasizes the need for a shift in scientific understanding to achieve these goals.

"We're about to destroy our planet but with this you don't need to you don't need to cuz now we know how to use the universe properly..."

• The speaker advocates for using technological innovations to address environmental challenges and promote a sustainable future.

• The speaker reflects on human nature, societal values, and the pursuit of material wealth.
• Discusses the impact of societal pressures on individual choices and the importance of maintaining integrity.

"What was your consensus about human nature in comparison to what dignity and integrity should move somebody to do in comparison for chasing that gold..."

• The speaker contemplates the tension between societal pressures and personal values, highlighting the importance of integrity in decision-making.