I agree with the logic of your macro scale argument regarding the astronaut 
and would even add the hammers being thrown to the astronaut could be delivered 
from the future and the past - growing from point sources to full size hammers 
on either side of the astronaut similar to virtual particles winking into and 
out of existence. If he were to grab both hammers any inertia would cancel but 
he would gain disposable mass.  The captured hammers could then provide 
reaction mass for any desired direction by throwing them in the opposite 
direction.


Yes, and if he caught the hammers with a spring-loading device, then he doesn't 
even need to use his own energy to expel them again!
 At the quantum scale an HUP trap or Maxwell̵
7;s demon must – to maintain your analogy-  first capture the energy or mass 
AND then must likewise provide a mechanism to rectify the energy or “throw” the 
captured mass in a specific direction. This is difficult to mechanize at the 
nano scale and most ZPE schemes rely on  some form of natural assembly or bulk 
chemical reactions to form the needed geometries which break the isotropy. 
Without breaking the isotropy a scheme like Nichols radiometer could not 
utilize virtual particles.
Too literal and mechanical! I am not proposing anything that atoms have not 
already been doing for eons!

The Quantum Vacuum is widely regarded as the mechanism that stimulates the  
"Spontaneous" Emission known as Black Body Radiation. In other words, atoms 
absorb certain wavelengths of the Quantum Flux all of the time. Black Body 
Radiation is always re-emitted according to the temperatures of the emitting 
surfaces; it has nothing to do with which surface absorbs the most or reflects 
the most; therefore, both sides absorb the same amount of imparted momentum as 
photons are absorbed on one side--but these absorbed photons are re-emitted 
from both sides so that their momenta are equal, opposite and irrelevant.
However! The extra reflection from the more reflective side imparts a net force 
as the reflecting photons rebound.
The rebounding photons of the reflected em are the requisite hammers to 
accelerate our device. The recoil of the  atoms in the material stores and 
releases the energy that repels the photons, just as the impact-loaded spring 
relaunched the stranded astronaut's newly acquired hammers.
At the end of the day, virtual photons are little ripples of distorting 
electric- and magnetic-fields. Except for the brevity of their tenure in our 
space-time, there is no reason to suspect that they are any different than any 
other photon. Like any other photon, their probability-wave function collapses 
into a discrete event as soon as they interact with matter. Why do you insist 
that the magnetic fields that compose virtual photons are any different than 
those that compose "real" photons? The flux is the same on both sides, but the 
materials react differently. On the one hand, the electric and magnetic 
transverse waves of a given range of wavelengths of the "virtual" photons will 
absorb into one set of atoms, on an average, according to the critical angle of 
that material. The electric and magnetic transverse waves will bounce off 
another set of atoms with different properties, at a greater or shallower 
critical angle, on an average.

 One side of a radiometer plate will not react any different to virtual 
particles than the other side because everything physical is permeated by a 
full spectrum of these VP which forms  the medium of Space and without 
concentrating  on a specific section of the spectrum where Casimir discovered 
strong physical linkage to nano geometry or accelerating to near C the medium 
remains isotropic with only  slow gradients proportional to nearby mass.
Actually, I have derived the radiation pressure of space acting on an open 
(unbounded) surface:
 F(λ) = 4 * (10^-28) / λ^4 Pa
This must be evaluated over a specific range  F(λ1) - F(λ 2) These are the 
wavelengths that will react with the selected materials in the desired way. 
This must be calculated for opposite sides of the device which has different 
materials.
Incidentally, this varies from the Casimir Equation for two plates by a factor 
of merely 3.26.  This factor arises because the space between the plates is 
bounded, whereas our surfaces are unbounded by any other nearby surface. 
Incidentally, the c term in Casimir's equation arises from converting radian 
frequency to wavelength.
Bottom line, this radiation pressure, like all macroscopic forces is seated in 
Quantum Mechanical Happening, but averages out to classical, macroscopic 
forces.  From: Wm. Scott Smith [mailto:scott...@hotmail.com] 
Sent: Wednesday, September 14, 2011 7:25 PM
To: Roarty, Francis X; Fran Roarty; vortex-l@eskimo.com
Subject: EXTERNAL: Stranded Astronaut & Newtonian Loophole Hi Fran, Thank you 
for your many well-thought out responses. Recently, however, I think you have  
been making the underlying faulty assumption that equal and opposite forces 
cannot indirectly result in a continuous net force on an objects. Remember (Was 
it Huckleberry Finn?) "I reckon there's more than one way to skin a cat" ? 
Please,  consider this point without worrying about anything but the mechanical 
logic of this analogy. Stranded Astronaut & Newtonian Loophole A first 
astronaut that has accidentally cut his tether and is drifting away from his 
vehicle; initially, he is stranded because has no reaction-mass to expel, so he 
cannot get back to the ship without help. Two of his friends, upon seeing his 
dilemma, throw identical hammers at him at the same instant, equally hard from 
opposite directions in an effort to directly push him either back to his 
vehicle or back to the Space Stat
ion. Unfortunately, he catches both hammers, so no net force is imparted to 
him, and his friends don't have any thing else to throw at him; so is he still 
stranded? Of course not! He now has reaction mass. Furthermore, even though the 
hammers imparted equal and opposite forces, even though there truly is no net 
imparted-force, he is now free to expel them both in any direction he wants.

 Even though no net momentum is imparted by the equal and opposite forces of 
the hammers being stopped by the stranded astronaut, net energy is being 
imparted to the system, from outside of the system
; because, it turns out that our stranded astronaut is too lazy to expend his 
own energy; instead, he allowed the colliding hammers to compress a spring as 
they struck him; so now, he has a spring-loaded launch mechanism that he can 
release in any desired direction; therefore, he is not using internal energy or 
mass that he had to bring with him, yet he can accelerate in any direction. 
Furthermore, in principle, he can be continuously supplied with new 
reaction-mass to expel. Do you acknowledge that it doesn't necessarily matter 
if the Quantum Flux Hammers from all directions equally. What actually matters 
is whether the materials  can respond asymmetrically to this non-net-momentum 
transfer of energy! If you accept that the electromagnetic Q Flux "hammers" 
away on all sides of all materials equally, then why are you so certain that 
the astronauts method, or something like it cannot be made to work.  From: 
scott...@hotmail.com
To: 
Subject: R decay rates changed by high voltage?
Date: Tue, 13 Sep 2011 13:32:17 -0700What do you make of this? US patent number 
#5,076,971. Barker places radioactive elements inside the sphere of aVan de 
Graaff generator, runs it at a negative potential for severalminutes/hours/days 
-- and finds that the rate of radioactive decayis extremely enhanced -- with 
some relationship to the magnitude ofthe negative potential.  
The principal investigator undertook a series of experiments to testthe "Barker 
effect" and the "Keller Catalytic Process" in changing therate of radioactive 
decay of heavy elements (elements heavier thanlead, such as radium, thorium, or 
uranium, all of which areradioactive). Barker claims that subjecting 
radioactive materials tohigh electrostatic potentials (50,000 volts to 500,000 
volts) canincrease or decrease the rate of radioactive decay, with 
shortexposures of the high voltage capable of inducing erratic decay rateswhich 
slowly return to normal over a period of weeks. Keller claimsthat subjecting 
radioactive materials to the high heat and fusingreaction of a chemical process 
(Keller Catalytic Process) caneliminate the radio
activity completely.-- Michael Mandeville   
http://www.aa.net/~mwm/dexmrad1.html                                          

Reply via email to