Analysis of E-Cat QX Setup Based on Available Information (Chapman)

Thanks to Chapman for posting this comment in the thread about the E-Cat QX paper and photo here. I thought it would be useful to feature it as a separate post.

I see a lot of folks that are asking the right questions, only to be shut down by a few well meaning folks insisting on some pretty wrong facts.

Ignore all the diagrams, the speculations, the guesses. Look at the facts we know, and the actual statements from Rossi.

1. There is a 1 Ohm resistor in series with the E-Cat QX reactor.

2. There are two meters hooked up in parallel reading the voltage across the resistor, but nothing is stated regarding the applied power source.

3. The use of two redundant meters is an issue of protocol, and protects the test from bad data due to meter failure or inaccuracy, which is also the likely reason they are two completely different makes and models.

4. During the test, in the frame sample provided, we see that the resistor voltage drop is 100 mV. From this we can calculate that the series current at that time is 100 mA.

5. After powered operation for a duration of 1.8 seconds, the oil bath surrounding the reactor showed a temperature increase that calculates out to 20 watts (per second) of generated heat.

6. Rossi says that the reactor has low/negligible/nonexistent resistance. It is not stated if that assumption pertains only to the operational state, or even when “cold”.

7. When taken as a whole, if the voltage drop on the reactor really is zero, the total power consumed by the ASSEMBLY (including ballast resistor) is just the resistors 10 mW. This results in an operational COP of 2,000.

8. If all the above is TRUE AND ACCURATE, then the COP is actually orders of magnitude greater, because the resistor is actually producing 10 mW of heat directly, and ALL of the heat from the reactor is FREE, and has no mathematical connection to input power level.

9. That means that the QX is entirely current dependent, and the circuit could just as well have used a .5 ohm ballast, reduced the voltage to 50 mV, maintained the exact same 100 mA current through the reactor, and exhibited an operational COP of 4,000. Go to a .25 ballast and you get a COP of 8,000. Because the voltage drop on the ballast has no direct bearing on the reactor, but it simply sets the current passing THROUGH the reactor. This is basic electronics…

I have seen so many people talking in circles and convincing each other that Rossi said something OTHER than what was printed right there before our eyes. And folks are changing their minds and saying “yeah, I guess that’s right”. WRONG. Read it again. It says what it says.

Now, if someone has additional actual FACTS to throw in, fine. But do not just have a group hug and decide that the paragraphs in the intro suddenly transformed or mutated. Rossi said very specific things. Stick with what we know. We can theorize about the MISSING facts, but we can’t just decide we do not like, and will abandon, the actual facts given.

Either there is something fundamental Rossi excluded, or the QX is a current dependent reaction chamber that utilizes the presence of a 100 mA current to stimulate the release of nuclear binding energy from a small reserve of an as yet not fully disclosed amalgam of Li dust, LiAH, and ???. The reaction is singularly dependent on the current passing through the reactor, and yet exhibits little to no independant electrical resistance, making it susceptible to unstable runaway conditions, which require an external driver/ballast resistor to clamp max current to within safe levels. The size of that ballast is dependent upon tolerance factors and power handling ability of the selected ballast. The smaller the ballast, the higher the overall COP of the circuit as a whole.

And you want to know what is REALLY wrong with this picture? There is ONE fact that makes me doubt these numbers, and the zero resistance of the reactor… If the reactor has zero resistance, then there is NOTHING keeping him from daisy chaining 100 of them in series with a single ballast resistor fixing a 100 mA series current flowing through ALL of them, and delivering a 2KW reactor running off a single AAA battery!!! That’s technically right, but at the same time SOOOOO wrong that there MUST be something missing.