Summary of Javier Vinós: Solving the Climate Puzzle | Tom Nelson Pod #178

00:00:00 - 00:35:00

In the section of the video featuring Javier Vinós, he discusses the importance of understanding climate science and the neglected heat transport process. Vinós highlights the critical role that heat transport plays in determining climate, and emphasizes the importance of further research and investigation of this process in order to accurately predict future climate change s. Vinós also speaks of the different gases that contribute to the greenhouse effect, including water vapor and clouds, and the importance of understanding their role in shaping climate. He also discusses the variable nature of the greenhouse effect due to factors such as temperature and humidity, and the importance of studying the Arctic and Antarctic radiantors. In a later section, Vinós explores the connection between planetary waves, atmospheric tsunamis, the sun, and climate change. He discusses the discovery of a correlation between polar stratosphere temperature in winter and the solar cycle, which has been largely ignored by many scientists. Vinós then delves into the role that solar activity plays in stratospheric circulation and the impact on planetary waves, which can weaken the polar vortex and allow heat to enter and cold to exit. Vinós argues that climate change is largely a result of natural causes, including high solar activity in the 20th century. He emphasizes the importance of further research and discussion of multiple explanations for climate change, including geothermal heat and cosmic rays, in order to fully understand the complex factors that contribute to climate change. Overall, the section provides a comprehensive overview of the importance of understanding heat transport, the different gases that contribute to the greenhouse effect, and the connections between solar activity, planetary waves, and climate change. Vinós emphasizes the importance of continued research and discussion in order to accurately understand and predict future climate changes.

• 00:00:00 In this section, Javier Vinós, a molecular biologist and author, discusses his research on climate science and how he became an expert in natural climate change. He explains how surprised he was to discover that climate science is not an experimental science and how he began to investigate the evidence being presented in the scientific community. Vinós also discusses the two essential processes in determining climate that are largely unknown: the amount of sunlight reflected back into space (albedo) and the transport of heat from the equator to the poles (meridional heat transport). He argues that understanding these processes is crucial for predicting future climate changes.
• 00:05:00 In this section of the video, Javier Vinós discusses the importance of understanding heat transport in solving the climate puzzle. He explains that heat transport is a neglected process and that we do not have a clear understanding of how it works, how it is distributed, and how it changes over time. He also points out that we cannot accurately measure it, which makes it difficult to
• 00:10:00 In this section of the YouTube video, Javier Vinós discusses the contributions different gases make to the greenhouse effect and the importance of water vapor and clouds. He points out that the greenhouse effect is variable due to the temperature and humidity of the atmosphere, and that the Arctic radiator is more efficient and variable than the Antarctic radiator. Vinós also discusses the role the sun's Solar Radiation plays in the Earth's rotation, highlighting that the effect of the sun on the rotation of the Earth has been known for 50 years, yet very few people know about it. He also talks about the critical role of the sun in shaping the climate, stating that the sun can change the climate by changing the spare time in a year and the rotation of the earth.
• 00:15:00 In this section, Javier Vinós explains how planetary waves, atmospheric tsunamis that hit the wind walls of the polar vortex, and the sun's influence on the earth's climate are connected. He mentions Karen Laitz's discovery in 1987 of a correlation between the temperature of the polar stratosphere in winter and the solar cycle, which has been ignored by many scientists. Vinós then discusses how solar activity affects the dynamics of stratospheric circulation, and how planetary waves strike the polar vortex and weaken it, allowing heat to enter and cold to exit. He also emphasizes the importance of studying planetary waves in the stratosphere, despite their invisibility and the little-known nature of the stratosphere.
• 00:20:00 In this section, Javier Vinós discusses the effects of solar activity on climate and climate change. He explains that despite intense global warming, the Arctic not only did not warm but experienced a slight cooling in its central zone between 1976 and 1997. He also explains that similarly, the Arctic warmed in a similar way 100 years ago, and there are scientific studies that support Antarctic warming similar to today's in its effect on Greenland's melting. Vinós argues that solar activity has a cycle of about 100 years, and he presents data showing that solar activity was below average during the Centennial solar cycle, resulting in the Arctic warming and the planet's conservation of energy. He points to Greenland melting, which began to shrink worldwide in 1820, and explains that low solar activity caused a 30-year oscillation on a long-term warming trend. Vinós concludes that a reduction in the transport of heat to the poles during most of the 20th century, resulting from a reduction in solar activity, is responsible for the planet warming up, contributing significantly to global warming.
• 00:25:00 In this section, Javier Vinós argues that climate change is largely a result of natural causes, including high solar activity in the 20th century. He also argues that his theory is supported by more evidence than the consensus on the issue. He differs from others who attribute a key role to solar activity by proposing that changes in solar energy do not cause climate change but rather influence the energy content of the climate system and produce climate change. He also discusses other theories that propose a role for geothermal heat and cosmic rays in climate change. He argues that it is important to continue researching and discussing multiple explanations for climate change because all these processes, including the increase in CO2, may contribute to climate change. He doesn't agree with Joe Bard's views on the importance of water vapor in climate. He thinks the ipcc's predictions will not come true because he thinks the role of the water is misunderstood and doesn't behave the way it is expected to behave. He argues that the eruption of the Hunga Tanga Hunga Tonga volcano in 2022 is very likely a major reason for the recent temperature spike.
• 00:30:00 In this section, Javier Vinós discusses the impact of the 2022 underwater volcanic eruption on the climate. He explains that the increase in water vapor in the stratosphere, which is very dry, led to a substantial increase in the warming rate. However, the onset of this warming has a delay, and the expected effect from this change has been observed. Vinós suggests that climate change is the result of changes in energy transport and conservation, involving atmospheric circulation and oceanic currents on a scale of a few decades. He also mentions the role of the sun and the Earth's orbit in determining how the planet conserves energy. Regarding the economic implications, Vinós suggests that if humans are not primarily responsible for climate change, the global economy will not be significantly impacted. However, he emphasizes that the energy transition should be approached with caution and awareness, as people may not be willing to accept the change regardless of the evidence. Overall, Vinós believes that people should be calm about climate change and not fear it, as it is a natural phenomenon that can have worse consequences if it leads to cooling periods with famine and epidemics.
• 00:35:00 In this section of the podcast, Javier Vinós discusses his book, "Solving the Climate Puzzle," which has received support from numerous scientists and has won several awards. Vinós thanks his audience for their time and interest and expresses his appreciation for the work being done in the field. He invites listeners to stay tuned for future discussions about climate change.