Very good explanation for the scalability of measurement instrumentation , however , why is it neccessary for quarks to be controlled under cryogenic conditions if the observation is already in a controlled state by means of high energy observation?
It seems like placing quarks into cryogenic conditions is an unnecessary characteristic only due to the demand of personal quantum computational devices so that the temperature of the user interface may relate to a human more comfortably than the human directly modifying his biology through an otherwise painfull proccess due to the lack of a temperature controlled user interface section.
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amazing video
Kid named rockwell retroencabulator:
Very good explanation for the scalability of measurement instrumentation , however , why is it neccessary for quarks to be controlled under cryogenic conditions if the observation is already in a controlled state by means of high energy observation?
It seems like placing quarks into cryogenic conditions is an unnecessary characteristic only due to the demand of personal quantum computational devices so that the temperature of the user interface may relate to a human more comfortably than the human directly modifying his biology through an otherwise painfull proccess due to the lack of a temperature controlled user interface section.
insane thing