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What is truth?



The image above portrays how the increase in accuracy changes our view of things. The images are from the left: the WISE telescope image, Spizer's image, and finally, the James Webb Telescope image. The last one of those infrared images shows stars as very clear and bright forms. 

The ultimate question: "what is truth" dominates discussions. The ultimate, and final truth is the thing that fascinates people from everyday life to courtrooms and the UN security council. Philosophers are written many times about that interesting and difficult question. The fact is that we cannot be objective, because our experiences, attitudes, and way to think are things. That polarizes information. The information that we share and what we use is always polarized. So we cannot be objective.

And that thing is the thing, what we must realize. The thing is that we all look for information that supports our attitudes and opinions. There are always things that were cornerstones in our life. And then the information changes. We see things differently, and in those cases, we might think that the cornerstones that dominated our discussions and opinions are gone forever. The new information can delete the information that has been the key element before. 

So we can accept that the new data and new information causes us that we must re-estimate things that have seemed so clear before. One of the things that we must re-estimate is the Standard Model of physics. Many things are shown that Standard Model is not perfect. When we are thinking about models of physics we must realize that every single model is qualified and useful, in a certain scale of entirety and a certain type of interactions. Newton's gravitational laws are suitable for planetary-scale objects. 

And the Standard Model is suitable for modeling interactions on the scale of the elementary particles. But when we are thinking about the accuracy of the Standard Model we must realize that even the smallest errors have a great effect on the scale of the subatomic particles. The problem with the Standard model is that it does not take into account interactions between particle and wave movement. And it doesn't take an account the interaction between wave motion. That means it is difficult to portray interaction between two wave movement series. 


https://thoughtsareinstruments.blogspot.com/2022/05/what-is-truth.html

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