Uploaded May 2020 | Updated September 2026, 2 weeks ago
This experiment is based on 2 video's From Rick Friedrich:
youtube.com/watch?v=3D-jT6g7yZ4
youtube.com/watch?v=6he58A5xTIQ
I was thinking on how it could be possible to create resonance without capacitors because in the video it's mentioned that there are no capacitors inside the box. So I thought maybe like in multifilar coil where you have capacity between the windings and use that instead of a normal capacitor.
But then offcourse stays the question what happens if we got that resonance? And to whitch frequency do we need to resonate?
In the following 2 video's I show you how I determine a frequency to work to and what happens if we tune to it. Please keep in mind I'm no specialist and there could be something completly different going on inside the box on the video, but I have some answers to my question now.
1) The trumpet like wave form is possible in the negative energy part of the circuit.
2) When we place a series LC circuit to resonate at the frequency I refer to in this video and the next and we can letthe motor run so that that frequency we tuned to is reached then the series LC indeed acts like a low impedance one and we don't see influence on motor. The current is the same as whitout the series LC & parallel LC circuit in series like shown in next video.
3) Because we don't see them there's also not much generated and this is something I still need to find out.
!! Experimenting with this is at your own risk, the negative series impedances can lead to overvoltage on mosfet and blow up parts, you need to be carefull and not take to much risk at once, you need to build up !!
This experiment is based on 2 video's From Rick Friedrich:
youtube.com/watch?v=3D-jT6g7yZ4
youtube.com/watch?v=6he58A5xTIQ
I was thinking on how it could be possible to create resonance without capacitors because in the video it's mentioned that there are no capacitors inside the box. So I thought maybe like in multifilar coil where you have capacity between the windings and use that instead of a normal capacitor.
But then offcourse stays the question what happens if we got that resonance? And to whitch frequency do we need to resonate?
In the following 2 video's I show you how I determine a frequency to work to and what happens if we tune to it. Please keep in mind I'm no specialist and there could be something completly different going on inside the box on the video, but I have some answers to my question now.
1) The trumpet like wave form is possible in the negative energy part of the circuit.
2) When we place a series LC circuit to resonate at the frequency I refer to in this video and the next and we can letthe motor run so that that frequency we tuned to is reached then the series LC indeed acts like a low impedance one and we don't see influence on motor. The current is the same as whitout the series LC & parallel LC circuit in series like shown in next video.
3) Because we don't see them there's also not much generated and this is something I still need to find out.
!! Experimenting with this is at your own risk, the negative series impedances can lead to overvoltage on mosfet and blow up parts, you need to be carefull and not take to much risk at once, you need to build up !!
