L
Luke_K
Guest
I think you’re misinformed here. Light is not a particle that acts like a wave. Light exhibits the properties of a wave when you set up an experiment to observe wave-like properties, and it exhibits the properties of a particle when you set up an experiment to observe particle-like properties. And it’s not just light that does this. Everything has a wave-particle duality.The substantial form would be that of a particle, but it would have behavioural characteristics of a wave.
It would just be another way of saying it is in essence a particle but it acts like a wave. This way we can avoid saying it is both, because something cannot be both a particle and a wave at the same time.
Speaking of the youtube video, I don’t agree with the author’s conclusions. He says that
But according to the standard model, the fundamental forces are exerted on matter via the force-mediating particles. Or, if you prefer general relativity, matter and energy still tell space-time how to curve, which in turn tells matter and energy how to move.The physical changes do not come about from the continual action of an external moving agent, as the First Way requires, but from the intrinsic capacities and tendencies modern physics identifies as fundamental forces.
So external moving agents still apply.