In the introduction of the paper "Links between physics and set theory", the following quote of Eris Chric is stated:

         “Set  theory  perhaps  is  too  important  to  be  left  just  to  mathematicians”.

I know several papers on connections between set theory and physics, but I don't know if these connections are important in physics. So my question is:

Question. Are there any applications of set theory in physics, which are of interest to physicists, and have important applications in physics?

In the introduction of the paper "Links between physics and set theory", the following quote of Eris Chric is stated:

"Set theory perhaps is too important to be left just to mathematicians."

I know several papers on connections between set theory and physics, but I don't know if these connections are important in physics. So my question is:

Question. Are there any applications of set theory in physics, which are of interest to physicists, and have important applications in physics?

In the introduction of the paper "Links between physics and set theory", the following quote of Eris Chric is stated:

         “Set  theory  perhaps  is  too  important  to  be  left  just  to  mathematicians”.

I know several papers on connections between set theory and physics, but I don't know if these connections are important in physics. So my question is:

Question. Are there any applications of set theory in physics, which are of interest to physicians, and have important applications in physics?

In the introduction of the paper "Links between physics and set theory", the following quote of Eris Chric is stated:

         “Set  theory  perhaps  is  too  important  to  be  left  just  to  mathematicians”.

I know several papers on connections between set theory and physics, but I don't know if these connections are important in physics. So my question is:

Question. Are there any applications of set theory in physics, which are of interest to physicists, and have important applications in physics?