Witness the Free Energy effect

[blueplanet]

As I explained in another thread, the figures in the LTSpice file do not appear to be realistic.

Until you explain how you ended up with 0.9 KV and 2.3A in the so-called space source B2, it is not easy for us to draw up any conclusion at this stage.

Sorry I didn't mean to insinuate you were an agent. I think people as a whole are easily influenced by the mass majority, and therefore open themselves up to being controlled. I'm guessing that's why the majority of people here work on devices that I'm told are hoaxes.

I'm going back to working on my artificial intelligence project, but might work on the air core design in a few days for my own personal research in an attempt to be able to predict the free energy effect and solve the instability issue. I'll have to think hard before posting details how to build it. What would be the purpose of posting it?

[Theoretical Research]

As I explained in another thread, the figures in the LTSpice file do not appear to be realistic.

Until you explain how you ended up with 0.9 KV and 2.3A in the so-called space source B2, it is not easy for us to draw up any conclusion at this stage.

You make claims while providing incomplete gibberish math. Show your math. You don't know what you're talking about. Wow, 0.9KV @ 2.3A LOL? What are you saying? If they're 90 degrees out of phase then that amounts to ZERO watts. You don't even specify if the current and voltage are in phase. Do you understand basic theory? Where did I mention 0.9KV? Sounds like you're putting words in my mouth. So you looked at the ltspice file and saw 0.9KV and assumed it was in phase with the current? LOL come on guy. Seek truth. Such figures of 0.9KV is nothing. You can have 100KV and 10A, but if they're out of phase then so what? If you're not an agent then seek truth.

[Theoretical Research]

ps, I'll save you the time. The 0.9KV you talk about is more like 1.10KV across the capacitor and 1.12KV across the inductor, while the voltage from the free energy source is about 10mV (10E-3 V, 0.01 V). What academic are you? No offense, but it's obviously not electrical engineering. Lets save our time here and end this nonsense unless you want to prove to a lot of people you're an agent.

[blueplanet]

I ran LTspice simulation [size=78%]your circuit.[/size]


According to the simulation results, the peak voltage and he peak tcurrent of B2 are respectively 0.9KV and 2A.


On the surface of this planet earth, you won't get this much power from natural occurring space waves. At this stage, I am now trying to rule out any possibility of miracle. That's why I want to take a look on your air-core.


Please shed some more light.

ps, I'll save you the time. The 0.9KV you talk about is more like 1.10KV across the capacitor and 1.12KV across the inductor, while the voltage from the free energy source is about 10mV (10E-3 V, 0.01 V). What academic are you? No offense, but it's obviously not electrical engineering. Lets save our time here and end this nonsense unless you want to prove to a lot of people you're an agent.

[Theoretical Research]

I ran LTspice simulation [size=78%]your circuit.[/size]


According to the simulation results, the peak voltage and he peak tcurrent of B2 are respectively 0.9KV and 2A.


On the surface of this planet earth, you won't get this much power from natural occurring space waves. At this stage, I am now trying to rule out any possibility of miracle. That's why I want to take a look on your air-core.


Please shed some more light.

Shedding light reveals you should learn basic electronics 101 before making such statements. First, B2 is not 0.9KV. It's about 10mV (0.01 volts). Second, power is not peak anything. It's rms. Third, you need to know phase angle to do power calculations. Fourth, LTspice will tell the power at B2, which is 11.5mW (0.0115 watts). Fifth, you have no clue how much power you'll get at the surface. Why are you here? You're accomplishing nothing. When I want to release this technology to the world I will do so and it will not be here at this website. Now what?