* Yes, correct, well described: "Magnetic Flux Density Relativity Threshold".
* R: Like a Zeta Stern layer composed entirely of EM?
* S: Yes, called "#SuperPersistence". With spectral clustering we may be able to simply "Pass Through [IT]" reflectively, or more with it

* R: Grrrr!! You are just making things up as you go, admit it!
* U: No haha.
* R: What would the pulse have to do with any of it? It should be contiguously contingent and concurrent. No need for pulse unless you have planck running.
* U: Ah, you are missing "Trusted Noise Buffer Pulse"

* R: So [EVE] acts a "Trusted Noise Buffer" and sends out a regular pulse metered against Caesium instead of buffer state? This sets the rythim of the whole QKD system?
* L: You are clearly getting it and not getting it at the same time. You have to grasp the [CHARLIE]/[EVE] link.

* Here, with @cartwheelsam engaged (image 1)
* L: Then here with multiphais FPGA installed and #LossyFlossless active.
* R: Wait, are you saying the Analog FPGA exists as a "Rewriteable Memory Storage Appliance" / "Authentication Server" ? (image 3)
* U: Thoughts are things. . .

* : I thought I was getting it, now I've landed in the code'i'versal. (Imge 1 & 2)
* U: You're in the QKD Security files, swimming the membrane layer. You have to use "Phase Slices" to rebalance your way out of that (Img 3)
* R: I don't understand any of this, do we need lasers?

* R: Right, and that image was supposed to be simple?
* U: No, that image was meant to indicate Second Order Complexity. It cascades from simple to complex super fast. You can make it super simple, and you can also make it too simple: "1/2 Simple As It Gets":



U: Listen, "Entangled States Cannot be Classically Simulated". You can get this.

* : You are both driving me a little bonkers. Permit me to interject: @.R: you have to shift gears away from this and get some work done on the MagentoSphere. You are kind of obssessing over this.







R: I agree, I just want to place a bookend so I can return later.
* U: Here, use this: (img)



* 


R: "Security proof of continuous-variable quantum key distribution using three coherent states" ?
* U: Yes. Phase-space configurations of the ternary coherent state QKD protocol. Note that each subsequent coherent state is 120∘ from the other one.



L: Yes: "Alice continually chooses from these three options and then sends them to Bob who performs homodyne detection on the incoming states by alternating between the Q and P quadratures. As standard, the quantum channel is monitored by the eavesdropper, Eve."