Roger Penrose confronts creationist critic Stephen Meyer

Comments · 1.3K

• PH

  @PhilHalper1 · 1 year ago · pinned

  For more of my exclusive interviews with cosmologists like Hawking, Penrose, &nbsp;Guth and others read our new book Battle of the Big Bang <a href="https://tinyurl.com/3m7yww4p">https://tinyurl.com/3m7yww4p</a>

  15

• TR

  @trjberg · 1 year ago

  93 years old. I really hope to be as clear in the head as he is now when I am 83.

  66

• KE

  @kevinbarbe799 · 1 year ago (edited)

  It’s amazing to hear and see Sir Roger Penrose being this smart and engaged in Physics at his respectable age. It’s really great to be able to listen to him. Thanks Phil for your dedication!

  85

• PE

  @PEM-zt5rd · 1 year ago

  Sir Penrose is an inspiration to all. Nothing less than amazing... and did I mention he turns 94 years old in a month?

  35

• BE

  @bengiakyuz8093 · 1 year ago

  Thank you so much🤸‍♀️🤸🤸‍♂️

  1

• MI

  @Michael_X313 · 1 year ago (edited)

  Our actual understanding of the cosmos quickly becomes more ambiguous than people think. People forget tho, that science isnt supposed to be about grandiose questions and/or answers. &nbsp;<br>Everytime people act like they want some sort of ultimate answer, first I check to see if they have even formulated a coherent question. Then I ask why people want to know because usually, they themselves don&apos;t have a coherent answer for their own reasoning.

  2

• LE

  @leaderman4226 · 1 year ago

  🌀 Introductory Overview: The Mulham Equation and the Ozmakanic Model <br><br>The Mulham Relativistic Triplet Equation is a novel physical formulation that reinterprets the relationship between mass, time, and space through a comprehensive relativistic framework—without relying on traditional constants such as the gravitational constant (G) or the speed of light (c). This equation forms the mathematical foundation of what is known as the Ozmakanic Model, a geometric-physical model that proposes that every entity in the universe—from subatomic particles to galaxies—follows a triplet balance among mass, time, and space. <br><br>The Mulham Equation is expressed as: <br><br>(M₂ / M₁) × (T₂ / T₁)^2 × (R₁ / R₂)^3 = 1 <br><br>Or in its logarithmic analytical form: <br><br>log(M₂ / M₁) + 2.log(T₂ / T₁) + 3.log(R₁ / R₂) = 0 → mu + tau + rho = 0 <br><br>Where:<br>• M₁, M₂ represent the masses affecting the two orbital systems,<br>• T₁, T₂ are the orbital periods around the influencing center,<br>• R₁, R₂ are the orbital radii relative to the central mass. <br><br>🌌 Key Features of the Ozmakanic Model: <br><br>• A Universal Equation: Applicable across all physical systems—atomic, stellar, planetary, and even super-galactic.<br>• Redefinition of Constants: Interprets cosmic relationships without needing G or c, based solely on spatial, temporal, and mass ratios.<br>• Spacetime-Geometric Representation: Each orbit is seen as a projection of a triplet balance in Ozmakanic space.<br>• Practical Applicability: Has been successfully applied to data from the solar system, black holes, and atomic systems, yielding accurate results consistent with or redefining known realities. <br><br>🧭 General Vision: <br><br>The Ozmakanic Model aspires to unify the understanding of physical phenomena through the principle of triplet relativistic equilibrium, paving new pathways in the study of gravity, quantization, atomic structure, and the cosmic field as an integrated whole. <br><br>Author: Eng. Mulham bin Yaslam Al-Ashwal – Independent Researcher

• UK

  @uknowme1811 · 1 year ago

  Has Meyer&apos;s or anyone released a peer-reviewed paper on disembodied minds?

  26

• YO

  @yodafluffy5035 · 1 year ago

  I love you all ❤ it is so important to clear up this misunderstandings!

• ME

  @meirbuzaglo8936 · 1 year ago

  There was no need to put Penrose in a situation where he harms a person in such a humiliating way. It is not befitting of him.

  3

• NI

  @NiteTrain345 · 1 year ago

  Dark Matter candidate error bond? That is what it sounds like and what CC says. Does anyone know what Penrose is saying (error bonds)?

• LN

  @lnx8901 · 1 year ago

  One of the greatest minds of our time. Enjoy!

  11