So if you go towards a black hole, and pass the event horizon you will get "spaghettified"

I was wondering if some particles can individually be spaghettified.

If a photon passes the event horizon, does the photon become stretched out?

We already have light waves, of course superposition possibilities for any given photon. In that way, a photon is always "stretched out"

But what I'm really thinking about here is this:

Could a photon inside the event horizon, be entangled with it's light wave outside of the black hole's event horizon. The light accretion disc, that surrounds black holes.

Since there can not be an observer inside the black hole, to collapse the duality, I'm almost certain there are photons inside the horizon, that leave their wave forms outside the horizon.


Thoughts, refutations?