It would have been nice of you to post the link the the Gamma Manager homepage to start with.Thats the best you can do? Did you try looking up this technology?
You are trying to hide your ignorance behind skepticism. Let's say you have succeeded, we can't tell you're stupid even though you are. Now what?
http://www.gammamanager.com/question.html
BTW I don't need a new lifestyle, my current one is just fine, thank God for all my blessings. I am currently looking into buying this.
http://www.polarisindustries.com/en-us/Ranger/RangerRZR/Experience/
Videos aren't terribly useful, and some of us are behind content blockers that block youtube.
1. The "Certification Tests" provided are not a protocol of the actual tests. They are signed summaries of tests. The test data itself is not provided.
2. They provide no technical details of the workings of the machines.
3. Measuring the "heat output" is going to be a very difficult job to do right. With no information on how it was measured, there's no way to tell if they avoided all of the pitfalls.
4. The output voltage of that device is NOT going to be a standard 50 or 60 Hz sine wave (like you get from an outlet,) so standard AC volt and ampere meters aren't going to be accurate - read that as "not even in the ball park." Most particularly, any power output readings made with standard equipment is going to be WRONG. They may have been using equipment designed to handle arbitrary wavforms and make accurate readings on them, but I don't see that equipment anywhere - and it isn't referenced in the "Certification Tests."
5. Creating a device the puts out more power (for a short period) than it takes in is not a big problem. The big problem is making it do so continuously. What you need is not more power, but more energy. For electricity, that's Volts*Amperes*Time (there's more to it than that, but that's the simple version.) Power is Volts*Amperes (simplified.) As long as you ignore the time factor, it's easy to get a higehr power output. You just won't get more energy out than you put in.
I'd like nothing more than to have a machine that put out more power than it takes in. Actually, I'd like to have one that puts out more energy than it takes in.
To illustrate:
I can charge a capacitor at 1 volt and 1 ampere for 1 second. 1Volt*1Ampere=1Watt. I can then discharge that capacitor at 2Amperes. 1Watt*2Amperes=2Watts. That's more power. It is NOT more energy, because it will discharge for only half as long.
1Volt*1Ampere*1Second=1Joule.
1Volt*2Ampere*.5Second=1Joule.
If you don't watch all of the factors, you can fool yourself into believing you get more out than you put in. You didn't. You just changed the way it is measured, and didn't notice all the factors.
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