W. J. Hooper's solid conductor drift velocity antigravity (Checked
by Marc G. Millis at NASA GRC with Null Results, vs an $8.00 Circular 40 watt 100 volt
DC Fluorescent Bulb plasma discharge.
Using the Equations:
1, Current Density (J) = Current ( I ) /Area
2, Drift Velocity (v) = Current Density/Number of +and - charges/meter^3 * unit of charge.
3, number of + and - charges at ~ 10 millitorr ( ~10 microns) ~ = 2x10^16 per cubic meter
For the $ 8.00 Circular Fluorescent tube, Area = 0.00114 square meters
Current ( I ) = 0.5 amps DC
Current Density ( J ) = 0.5/0.00114 = 438.56 Amperes per Square Meter.
Drift Velocity ( v) = 438.56/2e16*1.6e-19 = 137,050 Meters per second.
OR: Electron Temperature ~= 0.5 eV v = 419,314 Meters per second.
This is why you see those light displays when the "Greys" are checking us out. :-)
Frederick
