Core concept: A virtual phase field creates a focused pressure point that asymmetrically concentrates and directs plasma/ions.Objective: Hybrid plasma propulsion with high vector precision and potentially improved Isp.Further details and simulations to follow.
@elonmusk@SpaceX
@PeterDiamandis At least there’s a solid plan for the communication problem during atmospheric re-entry take a look for yourselves:
https://t.co/LgRjKTKUEt
and the major bandwidth problem is also beeing solved plots are attached
@ElonogyX This SRT solution can help to get starlink even better Coordinated and much lower bandwidth watch the Plots in this post 👇 https://t.co/V9NCeAHL9m
Starlink Orbital Guard with my SRT Framework
- Early detection of deorbit & strong lowering candidates
- High recall with intelligent confidence scoring
- Strong data compression on real TLEs
Could be a useful additional awareness layer.
Plots attached 👇
@SpaceX@elonmusk
Starlink Orbital Guard with my SRT Framework
- Early detection of deorbit & strong lowering candidates
- High recall with intelligent confidence scoring
- Strong data compression on real TLEs
Could be a useful additional awareness layer.
Plots attached 👇
@SpaceX@elonmusk
Starlink Orbital Guard with my SRT Framework
- Early detection of deorbit & strong lowering candidates
- High recall with intelligent confidence scoring
- Strong data compression on real TLEs
Could be a useful additional awareness layer.
Plots attached 👇
@SpaceX@elonmusk
This kind of compression doesn't just save bandwidth it saves real money.
Fewer packets = lower transmission costs less power usage on the rocket, and more room for actual payload data.
Every launch could save thousands in comms costs.
#Telemetry#Spacex#FalconHeavy@elonmusk