⛱️BACK FROM AN UNEXPECTED VACATION & THE NEGATIVE RESISTANCE PHENOMENON DEMONSTRATED & THANK YOU🤔

[@Biokemist-o3k]

I hope everyone is feeling better!! God Bless!!

[@calcoin4199]

Prayers to your grandparents love you my friend you are amazing inspiration

[@MTECHINDUSTRIES2022]

Greatly appreciate it :)

[@m4gn3t.0]

😮 ⚠️ amazing… thank you and cheers to yall having some fun!🙏

[@jensbuchholz5766]

❤

[@israelarriaga8301]

Hola amigo muy buen trabajo, me podrías decir cómo construir las bobinas? Te lo agradecería mucho saludos

[@anthonyjousse3020]

i already told you my brother❤️❤️

[@Jon-fs2zj]

When you're showing the wireless, I noticed every time you remove the little led your meter shows a spike. Just wondering if you have a flyback to send it back to your supply?

[@justbob1581]

How would you define negative resistance? How do you specifically create it? Rick Friedrich talks about it when quoting Tom Bearden and states that you can add an infinite amount of negative resistance to a system. How to do that???? Great video, keep up the good work! 🤪

[@MTECHINDUSTRIES2022]

Negative resistance can be added to any LCR circuit once the inductance & capacitance is known. The easiest way would be to put the correct value resistor in parallel with the LC circuit & that value can easily be found by asking chat gpt what value resistor to use once you provide chat gpt your inductance & capacitance values of the LC circuit. You know you have Negative Resistance in the circuit when you take a reading of the circuit with an oscilliscope & see a growing wave form. The wave starts small then grows over time. I have a photo of this waveform on my patreon for free. When this phenomenon occurs the circuit becomes hyper efficient & the wireless power effects become crazy.

[@justbob1581]

@@MTECHINDUSTRIES2022 What would happen if you added a 2nd bulb and identical circuit in parallel to the first, would both bulbs light just as bright and further reduce current draw? Also, I couldn't find that pic you mentioned, can you provide a link, please and thank you :-)

[@OnboardingInformation]

Hope your grandparents get well soon

[@anthonyjousse3020]

but I saw your galva measurements, still incredible mtech I'm going to make the stick haha. ... and uh I'm on a new magnetic ferrite round, what do you think

[@mykedoes4099]

avoid foods high in retinol and take zinc with no copper

[@anthonyjousse3020]

❤❤❤

[@mykedoes4099]

6:00 that is definitely not the norm

[@anthonyjousse3020]

Traduire du texte avec votre appareil photo Hi my brother, on your halogen bulb the resistance increases as it heats up...all filament bulbs do this...since always. ..and therefore it consumes less. nothing else, you have to obtain non-linearity... like on the tours we did before.

[@anthonyjousse3020]

❤❤😮

[@TlD-dg6ug]

Where Is that blue wire going that's off the table? There is no such thing as 'negative resistance'. Either you aren't using the full wattage or something shady is going on here.

[@MTECHINDUSTRIES2022]

The circuits earth grounded in two spots. On the wireless receiver & on the negative resistance LCR circuit. with green wires & there's absolutely a phenomenon called negative resistance & there's a classified form of resistor called a Negistor.

[@anthonyjousse3020]

Negastor ouii

[@TlD-dg6ug]

@@MTECHINDUSTRIES2022 so you're wrong. Negative resistance in electric/electronics causes the voltage needed to drop, which then causes the amperage to increase. What's happening is that you are using capacitors and so therefore the charging times and effects of such must be taken into account. The capacitors/coil are driving whatever "phenomena" you're showing. Not "negative resistance". If you plug a fluorescent bulb into mains with no ballast, that's negative resistance. Basically unless you're getting alternating current there from a DC source, you aren't doing what you're claiming.