R
Richca
Guest
I’m not sure fermions and bosons are actually substantial forms though maybe they can be in some situations. Are they not for the most part accidental forms of the substantial forms of the elements?Happy new year,
I have been reading up on primary and secondary matter from a Thomistic perspective. In a nutshell, secondary matter is anything with a substantial form. As you drill down through hierarchies of smaller and smaller substantial forms, you get combinations of ever smaller pairings of:
Matter and Form
These pairings are all considered secondary matter until you get to some fundamental level of particles. Current physics states that these fundamental particles are:
The way I understand the concept of prime matter is that it is matter without any form. Prime matter cannot exist on its own without form. But it is necessary to explain change and limitation.
- fermions: for example, includes quarks, leptons,
- bosons: for example photons, gluons
**Looking at change: **
It is my understanding that all fermions and leptons can change. If they are really fundamental particles and they can change (e.g. from one kind of fundamental particle into another kind such as one quark into another quark), then there must be some combination of form and matter (say quark type A) which loses its form in exchange for some other form (say quark type B). If that underlying matter is not itself a more fundamental combination of form and matter, then it can only be prime matter that can explain the enduring substrate underlying the change in the leptons and fermions.
**Looking at limitation: **
Prime matter is needed to explain how a fundamental particle can be the way it is. If it is something, then it has form. And form always exists with matter in the Aristotelian sense of the word except for angels and God. The form explains what characteristics and properties the lepton or fermion has. Prime matter explains what has this form, for example, in terms of its location in time and space.
Thoughts.
God bless,
Ut