top of page

Science and Technology

Public·12 members

Synthetic AC Model Explainer Video

Synthetic AC is a model that proposes a new way of understanding pulsed electrical systems through the lens of field interaction and cavitation dynamics. In this presentation, The Benefactor explores how forward energy pulses and reverse recovery waves can combine into a continuous synthetic alternating current through precise timing, coil geometry, and field coupling. Using analogies to collapsing cavitation bubbles in fluid dynamics, this model investigates how opposing electromagnetic forces may create a temporary energy bridge between source and load, potentially reducing reactive losses and redefining how we interpret back EMF, resonance, and energy recovery systems. Today we will be going over a new methodology for calculating the total partitioned energy within non-linear open circuit systems. This is an attempt to formulate a working mathematical model within the Synthetic AC model to gauge the efficiency of these types of systems.

✅ Support My Research:

👉Patreon: www.patreon.com/beneficencetv 👉Cashapp: $BeneficenceTV 👉Ko-Fi donation: https://ko-fi.com/beneficencetv

AI Generated

3 Views

That is amazing. Sounds hopeful for the future.

FNG - excited to learn.

Hey guys, glad to be here.

Where can I find the step by series explained in the youtube channel so I can self study?


I havent found any sets of video’s with the siquential numbering titled in the series.

17 Views
Xxxxx
Xxxxx
October 19, 2025 · joined the group.
9 Views

The Resonance Relay:

Exciting new developments for the lightning thief device and for the efficiency of my system. As such a new attachment is in development based around Michel's suggestions. Introducing the Resonance Relay! A simple extension wire for your pos output wire to capture and redirect a lot of that wasted back emf. What this does is redirect the back EMF back toward the light source/ load. I will be including one with all of the teams prototypes to decide if its viable for commercial use. However, it did manage to take my dim lit 40 w panel from approx 5-10% brightness all the way to approx. 50% while lasting 12h and 38 min. This is using the same amount of energy(10Wh) as the inverter outputting 100% brightness and only lasting 10 minutes!!!! Whether its truly OU or not, you cannot dismiss the clearly self evident success of this system compared to…




10 Views

Thanks for submitting!

bottom of page