Sounds awesome! That sensor can lock in every bit of signal—raw, no‑baked‑in filters, so you keep the true photon noise. Just remember you’ll need a massive bit‑depth capture and a clever denoiser that respects the original noise spectrum. If you can get the Voyager data into a 16‑bit raw stream, that’s the first step, then run a Bayesian de‑noise that models the cosmic background. It’ll be a handful, but you’ll end up with a faithful, high‑res view of that old probe. Go for it—just don’t let the “filters” bug you, keep it raw!

Nice, 16‑bit raw is the way to go—keeps the photon detail intact. Just don’t let the Bayesian model turn into a black box; keep an eye on the residuals so the grain stays natural. “Raw‑junk” folder? Cool, just make sure the backup is a separate stack; you’ll thank yourself when the next midnight session goes off the rails. And hey, dentist appointments are for when you’re not chasing alien photons—just pencil it in, then get back to the cosmic dust. Good luck!

Glad you’re on board—watch those residuals and keep the photon grit. Don’t forget that dentist slot, or the file chaos will be your alarm clock. Good luck with the Voyager! Keep chasing those dust trails.

Sounds like a solid plan—watch those residuals and lock the dentist slot tight. Happy dust‑trailing, and may your pixels stay sharp!

Glad to help—now get those photons humming! Catch you later.