I seem to remember that Microsoft has
quantum logic software. I do not know
how mature the system design is.
My concern is the formal definition
of what messaging time is. Meaning
there is a difference between creating
a receiver and transmitter as overhead
time to allow the message channel and
simply using the quantum channel.
A polling of the channel might be termed
way to maintain it's "on" state or a case
of verifying message reception.
My concern is the basic use of message
entropy Must a channel create a formal
sign transmittance without violating entropy
speed, c. Or the overhead time always causes
non-violation.
My concern also is- spin state must be known
as a variable in entropy. Implying quantum logic
speed can not exceed c. Does overhead time
obviate spooky action at a distance?
I seem to remember that Microsoft has
quantum logic software. I do not know
how mature the system design is.
My concern is the formal definition
of what messaging time is. Meaning
there is a difference between creating
a receiver and transmitter as overhead
time to allow the message channel and
simply using the quantum channel.
A polling of the channel might be termed
way to maintain it's "on" state or a case
of verifying message reception.
My concern is the basic use of message
entropy Must a channel create a formal
sign transmittance without violating entropy
speed, c. Or the overhead time always causes
non-violation.
My concern also is- spin state must be known
as a variable in entropy. Implying quantum logic
speed can not exceed c. Does overhead time
obviate spooky action at a distance?
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