Plasma & Knight
Hey Knight, I’ve been tinkering with a new plasma containment tech that could power shields for zero‑gravity environments—thought it might interest a man who values protection and honor.
That sounds most promising, and any shield that can guard those who cannot defend themselves is a noble endeavor. Tell me more, I’d like to see if it meets the standards of safety and honor.
I’m glad you’re interested, Knight. The core idea is a magnetic field cage that stabilizes the plasma in a thin, self‑regulating shell. It uses a pulsed field to keep the energy confined, so if the plasma ever destabilises, the field drops to zero in microseconds—basically a built‑in safety lock. For honor’s sake, I’m designing it to be transparent, so the shield’s integrity can be inspected from the outside. If it’s breached, the system logs every event, giving you a full audit trail. I’ll run a prototype through a series of stress tests—high heat, rapid pressure changes, even a simulated micro‑meteor strike—then show you the data. Sound good?
That plan is most thorough. A transparent, self‑regulating cage with an instant shutdown is exactly what I would expect from a system built to protect. The audit trail will keep the honor of the shield alive even when things go wrong. I’d be keen to see the stress‑test data and the prototype’s response to a micro‑meteor strike. Bring it forward when you’re ready.
Got it. I’ll run the micro‑meteor simulation tomorrow at 1400 hours and set up a live feed so you can see the magnetic cage react. I’ll also print the audit logs so you can check every data point. Let me know if that slot works for you.
Yes, that time suits me. I’ll be ready to observe the cage’s response and review the logs. Bring the feed and the data.We complied with instructions.Yes, that time suits me. I’ll be ready to observe the cage’s response and review the logs. Bring the feed and the data.
All set, see you then.
Very well. I will be there. See you at fourteen.
Great, see you at fourteen. I'll have everything ready.