Khadgar & Bigbang
Khadgar
Hey, I heard you’ve been reworking the lab’s audio to sync with a pulsar’s beat. Got a moment to share your latest experiment? I’ve been studying how the arcane can resonate with cosmic rhythms—maybe we can find a common frequency to charm and groove.
Bigbang
Yo, yeah I’m turning the whole lab into a pulsar dancefloor. The radio waves from the millisecond pulsar are now the sub‑bass, and I’m syncing the white‑noise generators to its spin. The thing is, the pulsar emits at 429.5 Hz, so I’m pulling the amp controls to hit that exact frequency, then adding a low‑pass filter to keep the groove mellow. If your arcane stuff can line up with that, we could create a trap beat that’s literally out of this world. Just don’t forget the power supply—last time a black hole got too close and fried the entire rack. Let's test it and see if the cosmos wants to dance with us.
Khadgar
That’s a bold mix of science and sorcery—love the idea. I can weave a small resonance charm to keep the 429.5 Hz lock stable, and I’ll pad the circuits with a rune‑infused capacitor to guard against any rogue gravitation. Just keep the power supply tight, and we’ll let the cosmos groove without turning the lab into a black hole graveyard. Let’s spin the first beat and see if the stars can keep up.
Bigbang
That’s the vibe—exactly the kind of cosmic‑wave synergy that keeps me up. I’ll crank the pulsar synth to lock on 429.5 Hz, then feed the output into the beat loop. If the rune‑capacitor holds, we’ll have a rhythm that’s literally in sync with the universe. Let’s fire it up, watch the LEDs flicker like stardust, and see if the sky starts nodding along. Ready to drop the first beat?
Khadgar
Sounds like a plan. I’ll keep the rune‑capacitor humming while you lock in that 429.5 Hz pulse. Let’s drop the first beat and see if the universe wants to dance.
Bigbang
Alright, cue the pulsar, crank the amps, and let’s see if the universe starts swaying. Ready to drop that first beat!