Summary of George Woolridge: Ethical stewardship and Gravitational Waves | Tom Nelson Pod #235

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In the "George Woolridge: Ethical stewardship and Gravitational Waves | Tom Nelson Pod #235" YouTube video, George Woolridge discusses various topics, including his unique perspective on evaluating theories in science, philosophy, and theology. He emphasizes the importance of consistency across all places and scales and draws inspiration from philosophers like Descartes and Aristotle. Woolridge also advocates for ethical stewardship and efficiency in utilizing Earth's resources, discussing the relationship between taxes, regulations, and standard of living. Furthermore, Woolridge shares his personal interests, which include history, philosophy, and science, particularly in the context of gravity. He discusses the discoveries of Einstein and Hubble that revolutionized our understanding of the universe and raises questions about persistent issues with characterizing cosmic expansion, specifically the Hubble redshift and the Lambda CDM Theory. Woolridge also discusses his theory that gravitational potential, not expanding space, could be the cause of redshift in distant galaxies and the relationship between mass, gravity, and the area of spheres. Throughout the podcast, Woolridge emphasizes the importance of independent thinking, humility, and openness to new ideas, acknowledging the challenges of sharing new ideas and the potential financial incentives that can hinder scientific progress. He encourages listeners to email him with any questions or find him on social media.

00:00:00 In this section of the podcast, George Woolridge shares his unique perspective on evaluating theories in science, philosophy, and theology. He explains that for something to be true, it must be consistent across all places and scales. Woolridge draws inspiration from philosophers like Descartes and Aristotle, who emphasized the importance of questioning assumptions and seeking the simplest explanations. He also mentions the importance of balancing the reductionist approach with the recognition of fundamental assumptions. Applying this way of thinking to environmental concerns, Woolridge advocates for ethical stewardship and efficiency in utilizing Earth's resources.
00:05:00 In this section of the podcast, George Woolridge discusses the concept of ethical stewardship and its relationship to taxes, regulations, and standard of living. He explains that individuals determine their standard of living based on the amount of work they put in and the resulting income, which is then affected by taxes or production costs. Woolridge argues that excessive taxes or regulations can lower efficiency and even collect less revenue due to the economic theory of the laugher curve. However, he also acknowledges that some impositions, such as those related to environmental protection, can improve the standard of living by investing in infrastructure or reducing health risks. Woolridge concludes by emphasizing the importance of efficient and effective use of all collections and impositions, and expresses his belief that many government-supported environmental initiatives since the 1990s have been incorrect and pointless due to their disproportionate costs and potential for encouraging offshoring.
00:10:00 In this section of the podcast, George Woolridge discusses his personal interests, which include history, philosophy, and science, particularly in the context of gravity. He mentions how he has been searching for answers to long-standing questions in these areas and shares a brief history of gravity. Starting with Johannes Kepler, who identified the elliptical orbits of planets, and Isaac Newton, who derived the law of universal gravitation from Kepler's observations, Woolridge explains how these discoveries led to the prediction and discovery of new planets, such as Neptune. He then talks about Albert Einstein, who discovered an exception to Newton's laws with the planet Mercury's orbit. Despite these advancements, Woolridge expresses his ongoing interest in finding solutions to cosmic observation theories that have not yet achieved cohesiveness and agreement between different theories in various fields.
00:15:00 In this section of the podcast, George Woolridge discusses the discoveries of Einstein and Edwin Hubble that revolutionized our understanding of the universe. Einstein is credited with explaining Mercury's odd orbit through the concept of time dilation, which is a result of his theory of general relativity. He characterized gravity as an illusion and time dilation as the real effect we observe. However, Einstein's equations also suggested that gravity had a speed of motion and could produce waves, which he dismissed as irrelevant. On the other hand, Hubble discovered that the Milky Way was not the only galaxy in the universe but one of many, and he established Hubble's law, which relates the redshift of light to the distance of an object. Despite his belief that the universe was static, Einstein introduced the cosmological constant to maintain this idea, but it later came to be seen as a mistake.
00:20:00 In this section of the YouTube video titled "George Woolridge: Ethical stewardship and Gravitational Waves | Tom Nelson Pod #235," the speaker discusses the theories of Einstein, Hubble, and other scientists regarding the expansion of the universe and the existence of gravitational waves. Einstein proposed the idea of a cosmological constant, a pressure that would keep the universe stable, but couldn't define it. Hubble, on the other hand, believed in an expanding universe, with the fabric of space being stretched over time. Both believed the universe was eternal. The discovery of the cosmological microwave background, an even signal in all directions, implied the universe had a beginning. Richard Feynman disagreed with Einstein's earlier comments on gravitational waves having no energy and designed tests to prove their energy. The Lambda CDM Theory from the 80s is a mathematical explanation of the Big Bang based on various observations, including the microwave background and expansion of space, and introduces the concept of Dark Matter as an energy or matter pushing away all matter in the universe.
00:25:00 In this section of the podcast, George Woolridge discusses persistent issues with characterizing cosmic expansion, specifically the Hubble red shift and the Lambda CDM Theory. He questions the assumption of a linear expansion in nature and raises concerns about assigning cosmic expansion to the fabric of space or to a particle pressure. Woolridge also mentions the lack of direct evidence for dark matter and energy, which are often used to explain various phenomena, and the need for arbitrary constants to fill gaps in theories. He is working on a new theory that includes known items, such as the propagation rate of gravity and the homogeneity of the universe, to potentially resolve these issues.
00:30:00 In this section of the podcast, George Woolridge discusses the concept of gravitational forces and how objects impact each other, rather than focusing on the practical examples of objects like the Earth and moon. He highlights the idea that every object affects every other object gravitationally, and using the example of basketballs, he explains how the force of gravity increases when more masses are added and nested together. Woolridge also mentions the Valentine Zarkova podcast and her refinement of the Kowsky Cycles, and praises her application of the reality that all objects interact gravitationally to something more advanced. He emphasizes that this interaction is not just between two objects but between a field of objects or a distribution of masses, leading to a total interaction.
00:35:00 In this section of the YouTube video titled "George Woolridge: Ethical stewardship and Gravitational Waves | Tom Nelson Pod #235," George Woolridge discusses the relationship between mass, gravity, and the area of spheres. He explains that the gravitational force at the center of a sphere remains constant regardless of its size, as long as the surface density is the same. However, the mass of the spheres exponentially increases with diameter. When spheres are compounded together, they create a line of force that is additive. Woolridge also introduces the speed of light as a variable and relates it to the Big Bang Theory and the observable limit of the universe. He suggests that the gravitational influence from masses beyond our observable range have not yet reached us, just like light from beyond our observable range. Woolridge then applies this theory to time, suggesting that over time, we are gaining the time dilation influence from masses beyond the observable universe, which would be on a linear relation.
00:40:00 In this section of the podcast, George Woolridge discusses his theory that gravitational potential, not expanding space, could be the cause of redshift in distant galaxies. He argues that according to Einstein's equivalence principle, the same effects of Doppler shift and gravitational potential are interchangeable. Woolridge suggests that if masses in the universe are assumed to be standing still, the time dilation caused by the shift in gravitational potential could explain redshift. He also mentions that the relationship between time dilation and gravitational potential is not linear but hyperbolic, meaning that significant gravitational influences are required to observe measurable effects. Woolridge's theory, if proven, would have significant implications for our understanding of gravitational waves and the expansion of the universe.
00:45:00 In this section of the podcast, George Woolridge discusses the concept of time dilation and its impact on precise measurements, using GPS satellites as an example. Time dilation is the difference in speed between particles in areas with varying time dilation or gravity. This difference can be significant for GPS satellites, which need to compensate for the slight difference in particle movement to maintain accurate distance measurements. Woolridge also touches on the relationship between time dilation and red shift, suggesting that both may have an effect. He then discusses Einstein's idea of a cosmological constant and its relation to the expanding universe and dark matter, comparing his own calculation of the cosmological constant based on time dilation to the Lambda CDM Theory's calculated value. Despite the differences, Woolridge's value is in the same order of magnitude as the Lambda CDM Theory's, but with a different sign.
00:50:00 In this section of the podcast, George Woolridge discusses his theories regarding the cosmological constant and the density of the universe. He expresses uncertainty about current scientific understanding and the role of falsifiability and scalability in scientific theories. Woolridge proposes his "dilation flooding Theory," which he believes could help determine the standard model particle density of the universe and potentially address issues in quantum mechanics. He also touches on the importance of independent thinking and the financial incentives that can hinder scientific progress. Woolridge emphasizes the need to challenge and doubt ideas in science and the importance of humility and openness to new ideas. He specifically mentions the significant financial investment in Dark Matter research as an example of potential obstacles to scientific advancement.
00:55:00 In this section of the podcast, George Woolridge discusses the challenges of sharing new ideas, using the examples of Star Trek and Albert Einstein. He notes that people often hold onto their beliefs despite contradictory evidence and that there is a high threshold for participation in the market of ideas due to the saturation of outlandish ideas. Woolridge also mentions the cost of entry for professional exposure and the limitations of YouTube comments as a means of communication. He concludes by inviting listeners to email him with any questions or find him on social media.

01:00:00 - 01:10:00

George Woolridge, in a podcast episode titled "George Woolridge: Ethical stewardship and Gravitational Waves | Tom Nelson Pod #235," discusses his personal journey regarding environmental issues and his excitement about gravitational roofs as an alternative to solar panels. Woolridge recalls his skepticism towards man-made global warming in the late 1990s and encounters with NASA employees who dismissed the idea. However, he emphasizes the importance of stewardship and efficiency, leading him to install a Tesla solar roof. He expresses his excitement about the durability and energy efficiency of gravitational roofs, criticizing the inefficiency and lack of long-term benefits of solar panels and wind farms. Woolridge shares his personal experience of installing a gravitational roof, which he found to be a cost-saver, despite the initial investment. He mentions the financial benefits of producing solar power, especially in Southern California, and expresses frustration with regulations requiring solar panels for new homes and the lack of other power sources during nighttime hours. Woolridge also discusses his interest in solar roofing for ethical reasons and shares his experience of increasing solar production. He finds entertainment in a video about identifying flat earthers but notes the lockstep mentality of younger participants and encourages listeners to visit his website.

01:00:00 In this section of the podcast, George Woolridge shares his personal journey regarding environmental issues, particularly the debate around man-made global warming. He recalls reading about government regulations on carbon dioxide emissions in the late 1990s and hearing skepticism from his colleagues. A few years later, he encountered NASA employees who dismissed the idea of man-made global warming, citing Milankovich cycles as a more plausible explanation for climate changes. However, Woolridge emphasizes the importance of stewardship and efficiency, which led him to replace his old roof with a Tesla solar roof when Elon Musk started producing them. Despite his skepticism towards certain environmental claims, Woolridge values efficient and forward-thinking materials for his home.
01:05:00 In this section of the podcast, George Woolridge expresses his excitement about the durability and energy efficiency of gravitational roofs as an alternative to solar panels and soft tiles. He acknowledges the current trend of solar panels and wind farms but criticizes their inefficiency and lack of long-term benefits. Woolridge believes in reusing wasted space, especially if it's cost-efficient. He shares his personal experience of installing a gravitational roof, which he found to be a cost-saver, despite the initial investment. At the time, there were tax credits available, but they did not significantly impact his decision. Woolridge also mentions that the solar power produced is well-tracked and benefits him financially, especially in Southern California where electricity costs are high. He expresses frustration with the regulation of new homes requiring solar panels and the lack of other power sources during nighttime hours. Woolridge also mentions that solar panels need to be kept clean for optimal power generation and uses a specialized brush to clean his roof periodically.
01:10:00 In this section of the podcast, George Woolridge discusses his interest in solar roofing for ethical reasons rather than cost savings. He shares his experience of increasing solar production and mentions a video he was sent about a group trying to identify a flat earther. Woolridge finds the game entertaining but notes the lockstep mentality of younger participants, who seemed to believe that being conservative meant a lack of education or intelligence on climate issues. He also mentions recording another video with the group and encourages listeners to visit his website.