In the quest for the TOE, what is it we need to be looking for?
Einstein turned the way we look at Gravity on its head suggesting that although it acts as a force, it is much more than that. Instead, or in addition to what was already known, he suggested that gravity was a property of space-time geometry. In other words, gravity is a distortion of space-time.
It got me thinking. How much work has been done on revaluating the other so called "forces" of nature. What do we know of their properties and is it possible that a deeper understanding of their mechanics and features may shed some light on how the pieces (small and big) fit together.
Take for instance the Strong nuclear force. (the strongest (or so we think) of the forces) What we know is that its main job is to hold together the subatomic particles of the nucleus (protons and neutrons)
Is it possible this force (not to mention the other forces) have other "purposes"? What about the way in which we imagine we understand they operate? Currently the school of thought is that the strong nuclear force is created between nucleons by the exchange of particles called mesons.
Perhaps if we found out more about the operation of this force (as Einstein did about gravity) it would help us on our way to the great TOE.


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