Terrence Howard | Full Address and Q&A | Oxford Union

OxfordUnion・2 minutes read

Terrence Howard discusses his journey from childhood challenges to acting success, emphasizing perseverance and self-awareness. He explores physics, the Flower of Life symbol, and challenges traditional mathematical and physics thinking, advocating for new perspectives and concepts like loops and electric universe models.

Insights

  • Terrence Howard emphasizes the importance of maintaining one's true self in the face of acting demands, advocating for perseverance and self-awareness as vital traits for achieving goals.
  • Howard challenges traditional mathematical and physical paradigms, proposing new perspectives such as loops in mathematics and an electric model of the universe based on the Berkland current, urging exploration beyond conventional theories to understand the universe better.

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Recent questions

  • What does Terrence Howard discuss at Oxford?

    His journey, acting challenges, and passion for physics.

  • What concept does Terrence Howard introduce in mathematics?

    Loops and a new perspective on operations.

  • What does Terrence Howard believe about the universe?

    Exploring new avenues beyond conventional theories is crucial.

  • What is the significance of in-between spaces according to Terrence Howard?

    Crucial in filling the vacuum of space.

  • What does Terrence Howard propose as a solution for cancer?

    Harmonic wave sequencing focusing on DNA composition.

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Summary

00:00

Terrence Howard: Journey, Acting, Physics, Universe

  • Terrence Howard speaks at Oxford, sharing his journey from a challenging childhood to success in acting.
  • He highlights the importance of perseverance and self-awareness in achieving goals.
  • Howard discusses the challenges actors face, including identity crises from immersing in characters.
  • He emphasizes the significance of maintaining one's true self amidst the demands of acting.
  • Howard delves into his passion for physics and the Flower of Life symbol, a 6,000-year-old mystery.
  • He explains how historical figures like Da Vinci and Newton sought to decode the secrets within the Flower of Life.
  • Howard challenges traditional Euclidean thinking in mathematics and physics, advocating for a new perspective.
  • He introduces the concept of loops in mathematics, showcasing the illogical nature of certain mathematical operations.
  • Howard proposes reevaluating the standard model of the universe in favor of an electric model based on the Berkland current.
  • He concludes by expressing his belief in exploring new avenues of understanding the universe beyond conventional theories.

17:13

"Curved Matter, In-Between Spaces, Interstellar Survival"

  • The speaker discusses the concept of curved matter and the significance of in-between spaces.
  • These in-between spaces are referred to as "pedals" that mankind has overlooked.
  • The speaker believes that these in-between spaces are crucial in filling the vacuum of space.
  • The presence of particles is seen as proof of the wave-particle argument.
  • The Earth is moving away from the Sun at a rate of 6 inches (15 centimeters) per year.
  • In less than half a billion years, the Earth will move out of the habitable zone.
  • To ensure the survival of the species, becoming interstellar is necessary.
  • Precision in calculations is emphasized for interstellar travel.
  • The speaker has worked on these concepts for 40 years and believes they are ready.
  • The discussion shifts to the electric Sun model and the absence of evidence for nuclear fusion in the Sun.

32:39

Eternal Energy, Past Lives, and Mathematical Innovations

  • The contracting waves create initial geometries, expanding as spheres and contracting in geometry to fit.
  • The speaker emphasizes that this life isn't the first or last rodeo, urging against panic and highlighting the cyclical nature of existence.
  • Memories of conscious moments in past lives can lead to a deeper awareness of one's surroundings.
  • The speaker recalls awakening into this life with a strong memory of the Flower of Life, crafted at a young age, hinting at past life influences.
  • Energy is seen as eternal, constantly reboots itself, and reincarnation is suggested as a means of continuous learning and growth.
  • The concept of harmonic wave sequencing is introduced as a potential solution for cancer and genetic issues, focusing on DNA composition and frequencies.
  • The speaker delves into the Dewey Decimal System's flaws and proposes a new mathematical approach to avoid a potential societal crash.
  • The identity principle is discussed, challenging conventional math by suggesting that 1 times 0 equals 1, leading to a reevaluation of energy conservation.
  • The speaker critiques the use of currency in society, highlighting its flaws and advocating for a shift towards a more balanced economic system.
  • The discussion concludes with a debate on mathematical concepts like pound squared and the associative and commutative laws, emphasizing the need for a deeper understanding of mathematical principles.

49:52

"Mathematical conventions and logical definitions in multiplication"

  • Multiplication is an exaggerated form of addition, but the concept of one times one equals one is rooted in mathematical convention, highlighting the importance of defining concepts logically. The square root of 2 and the value of PI exemplify how certain mathematical conventions can lead to illogical outcomes, emphasizing the need for clarity and accuracy in mathematical definitions.
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