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This is Copper. He's been swimming all day in the backyard pool and has zero plans to leave. Dad Zach tries a gentle tug, but Copper plants those paws like "not today, hooman." Pure summer bliss. would join him anytime

969,930 Aufrufe • vor 8 Monaten •via X (Twitter)

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Lenz Law "Eddy Current" Experiments 2 of 3 - Ring Magnets and a Spinning Copper Rod (YouTube deleted this experiment as well, labeling it as "medical misinformation.") Around 2010, I wrote a Facebook note titled "Frictionless Flywheel". (Facebook deleted my page of 15 years). In that write-up, I speculated and predicted that... ... if a magnet falls in slow motion down a copper tube... then what would happen if you did the inverse? Drop a magnet ring around a copper rod? It's the same relative motion between the magnet and the copper. So the magnet would tilt at an angle while slightly rotating as it falls in slow motion around the copper. But then I said... "Let's take it one step further... I predict that if you have magnet rings around a copper rod... and then you spin the rod... that the magnet rings would stabilize around the rod from eddy currents." I said, there will be a magnetic bearing effect where the magnet ring will levitate and spin. Because it's following in the wake of the eddy currents produced by the rotating copper. So the magnet should catch up to speed of the copper and match it like the moon to the Earth. Essentially remaining fixed relative to the copper rod... but since the copper is spinning at a high RPM, then the magnet should spin at a high RPM; albeit, with a slight lag. So, abiding by the scientific method, I make an observation of the magnet falling in slow motion. I thought critically about. I get a new idea. Once the new idea passes muster, I allow my self to make a prediction for a scenario that hasn't been tried yet. Worked it out in my mind to see if it was viable. But then I needed to test it. I didn't have the ability to spin a copper rod at a high enough RPM that I theorized would be needed. So I communicated with my friend Josh Toms We had been talking about different experiments for quite a while. Josh is a real experimenter and a good man. He tests things before he speaks on them and when he speaks, it's with an informed opinion. He sent me a copper sphere about 2 inches in diameter and taught me some cool stuff about eddy currents I hadn't seen when sending each other clips of experiments we were working on. I explained the concept of the "frictionless flywheel" and my prediction that the magnets would levitate and stabilize around the copper rod if it was fast enough. So Josh built a platform using an angle grinder as a motor to spin a copper rod. He put very strong NdFeB magnets around the 1 inch diameter copper rod. IT WORKED! Josh brought this platform to the Tesla Technology Conference in Albuquerque, NM in 2010 where we met up. I filmed the demonstration of the platform you see in this video. There was a young boy who was fascinated by some of the magnet demonstrations I and others were giving at the conference. So I was explaining the process of what was happening to the inquisitive kid. Again.. what you notice here is that the eddy currents act as a force field to prevent friction between the magnets and copper. There is a stable gap and "magnetic cushion" that forms after a certain RPM. (Dependent upon the mass/gauss of the magnet in relation to the diamagnetic quality/mass of the copper or material in motion.) And what is super interesting to me is that once again... you can violently shake the entire platform and it WILL NOT disturb the magnets. The will not touch that copper after a certain RPM. You could make violent 90˚ turns and from the perspective of the magnets... it's just moving in slow motion relative to the copper. Just like how the magnet falls in slow motion relative to the copper down the tube. But this is just at a higher velocity relative to a stationary observer viewing the rotating system. But it doesn't matter if it's a centripetally rotating system at a constant velocity or linear acceleration in a particular direction... those eddy currents act as a force field to protect whatever is relative to the magnets and/or copper in those moments. So the claim and prediction that a frictionless flywheel effect and magnetic bearing would take place between a ring magnet and spinning copper rod DEMONSTRATED to be true. Now "PROVING" this scenario means to derive mathematical equations to justify an explanation of how the end results arise. Spinning magnets on a copper rod doesn't prove anything. In science... proof is math. Experiments can never prove anything. Experiments never provide equations or numbers or variables. Experiments provide evidence. You collect the evidence FIRST... AFTER doing real-world, hands-on experimentation. Anything else is just armchair research and talk. You write the proofs on paper to describe how you think things happen. And your proofs must abide by the constraints of the model you use. Sure... you can use a mathematical artifice like Lorentz invariance (relativity) to prove the end results arise because of: dark matter accumulating between the magnet and copper. Or that it must be space-time curvature bending... Or that it must be because of the aether rippling and vortexing... Or because of the dynamic casimir effect or zero point energy. Or anti-gravity. NOPE! None of those things are needed in the explanations I offer for any experiments and real-world data collected. I use the framework of what I call GALILEAN VARIANCE. Good ol' classical physics in 3D Euclidean space. No 4th dimension. No space-time. No aether. No nonsense. Only Newtonian Mechanics and elementary math.... but with a twist! ... and under.. "a new light". I have a completely different interpretation as to what gravity is and the mechanism of how it arises. Issac Newton never claimed to have a theory for the CAUSE of gravity. Newton's brilliant work and optics describes the behavior of matter and energy within a gravitational field. But he never claimed to know what causes gravity. "I have not as yet been able to discover the reason for these properties of gravity from phenomena, and I do not form any hypotheses." - Newton However... I do claim to have an explanation for the cause and mechanism of gravity. And it means a total abandonment of relativity and half of QED. Gravity IS a force! (and an emission) Eddy currents are not gravity. Magnetism is not gravity. And the kicker... gravity is not electric either. It's an illusion. Gravity is not an illusion. But the illusion is that people think gravity is electric. It's not. I have a completely different take. And boy has it gotten me in a lot of trouble and banned from speaking time and time again. But... if the information is valid... then trying to suppress it is like trying to hold an inflated basketball under water. Your arms are gonna get tired eventually and things are gonna come up to the surface with spring-loaded force. Equal to the amount people tried holding it back. The Rebirth of Classical Physics: Time, Light & Gravity

TheRealVerbz (Jason Verbelli)

45,879 Aufrufe • vor 1 Jahr

“one of us” director stefan van de graaff describes kit connor’s talent, humility, and grounded personality: zach randles-friedman: “is there anything that surprised you about kit connor, that whenever you were working with him that you were just like you hadn't, you didn't expect that?” stefan van de graaff: “yeah, this is insane. when we cast kit, it was a week and a half before we filmed, and the film is very dialogue heavy and it's written in free verse, so everything is, it's almost like pseudo kind of faux shakespearean, very performative language by design. and he stepped into this role where he's basically in every single scene and he's basically talking the entire movie.” zach: “yeah.” stefan: “he, i don't recall him missing a line.” zach: “wow.” stefan: “i don't know how he did it. i was just telling people at a, at a screener, a private screener the other night, it was like a superhuman, it was like witnessing a miracle. i don't know how he did it. he would go and he would memorize the next five pages of material the night before and he would come and he wouldn't miss a line. and that's just like, it's not normal, especially not normal for a, a script like this. so that was one thing is that he is insanely gifted. it's not just like he's one of those guys that gets, you know, yes, he's like incredibly handsome and charismatic and all those things, and there's a lot of those that kind of crawl through the ranks on, you know, on the merit of being beautiful. he is not that—or he's also that, let's say. he is also just incredibly talented in a way that i'm like, i, i, i don't know how you did that. he's also a lot taller than you might think.” zach: “how tall is he?” stefan: “he's over six feet.” zach: “oh, i did not, i thought he was like 5’8.” stefan: “no, no, no, he's, he's 6 foot, 6’1 probably. i'm 6’2 and he's, he's, he's not a small guy.” zach: “wow, that does surprise me actually, because he looks so short on tv.” stefan: “yeah, you watch heartstopper and he looks like, i think he just looks small and whatever. he's not, he's and, and then obviously he's gotten very, he's lifted a lot for a number of roles and stuff, and so like, he's big, like he's, he's a, yeah. he's a big guy and is also just incredibly, he is also real people. he is just like, you'll, he has no pretentiousness about him, just humble as can be. he's from like a small kind of borough of london. and he's just, he's just a remarkable person, really calm, really just like even-keeled, steady guy. i don't, i don't think that there's a person who, if they met him, that they couldn't like kit. i think that he's, he's just one of those types of people that you're just like, that's, that's a great person.” zach: “i love it that he's not, i love it that the fame didn't go to his head because i, there's a couple of people that just made it really big and one of them, i think it, i see them how they're acting now with like paparazzi and stuff, and i think that the fame has gone to their head, the way that they're acting now, and it's, it makes me kind of sad.” stefan: “i don't think that will ever happen with kit because i think that he will hide himself before that starts to happen. like he would sooner disappear and like act in one movie every couple of years and you're like, “where did that guy go?” than he would ever start to let that go—i would be shocked if he ever went that way, from what i know of him.” zach: “well he's been out, he's been there long enough, though if that was going to happen, i think it would have happened already too, because he's famous enough.” stefan: “absolutely.” zach: “yeah.” stefan: “and he's so young that it's like, my brain like wasn't fully formed at his age, and so for him to be behaving the way that he is as young as he is, i'm like, ok, well, it, in 10 years from now, you're not going to be any more susceptible to giving into the ego than he is today. so i think that he is like, yeah, he's a, he's a sure bet if, if, if you're gambling on what actor is going to be around for a long time and is going to have just like a really prolific career of incredible pieces of work, i—and i feel like i can say this because it was no genius on my part or anything that got him, we got really lucky to get him—and so i feel like i can comfortably say like almost as like a, as a fly on the wall in the room with him, just being very fortunate to work with him, that like he's, he's going to go really, really far and he deserves every little bit of success.” 🔗:

kit connor updates

27,628 Aufrufe • vor 4 Monaten