A simple experiment to test the notion that ZPE energy at the CMB
frequency of 1420 MHz can be "cohered" simply by a resonant
collisional frequency:
Take a well-sealed steel pipe of adequate volume and fill with
hydrogen at a predetermined pressure. There will be a resistive
nichrome wire heater stretched axially inside the tube, and a fan
cooling the outside. Set this up near an microwave feed horn, and
an adjoining RF receiver tuned to the correct range.
Heat the resistive wire (to a predetermined power level), so that
the collisional frequency = 1420 MHz. Record the microwave signal.
This is the NON-OU version of MAHG. There is no tungsten on the
wall and the heater wire is not an active cathode. We simply want
to get the collisional frequency up to 1420 MHz. In normal physics
this should not create a detectable signal or at least not much of
one.
Is there a signal (or a very significant "blip") at 1420 or not?
IOW by varying the heat up and down within the range, there should
be a noticeable blip at 1420 MHz and nowhere else, if this idea is
correct, no?
Jones
