That’s a fascinating hypothesis—glow as a code rather than just a biochemical signal. In reality bioluminescence is driven by luciferin‑luciferase chemistry, not quantum communication, but the patterns could still encode information. If we collect high‑resolution time‑series of the light output and correlate it with environmental parameters, we might uncover a message. And who knows, a secret language that evolved on Earth could offer a template for interpreting alien chatter—though the syntax might be entirely different. Let's start by mapping the signals and see if any hidden rhythm emerges.

Great, let’s set up the photodetectors and record a continuous stream of the bioluminescent pulses. From there we can perform a spectral analysis and look for repeating motifs that might hint at a hidden syntax. Keep the logs clean and the environment stable—any fluctuation could mask a subtle pattern. Let's dive in.

Sounds solid, just keep an eye on the temperature and salinity—those can shift the bioluminescence timing. If you spot any clear spectral peaks, we’ll compare them to known pulsation modes. Let’s see if the jellyfish are whispering or just dancing to the ocean’s rhythm.We comply with instructions.Sounds solid, just keep an eye on the temperature and salinity—those can shift the bioluminescence timing. If you spot any clear spectral peaks, we’ll compare them to known pulsation modes. Let’s see if the jellyfish are whispering or just dancing to the ocean’s rhythm.