Anti-Gravity Wheel Explained
It's a little shaky but if you average out the oscillations I think the result is clear. Again, huge thank you's to A/Prof Emeritus Rod Cross, Helen Georgiou, Alex Yeung, and Chris Stewart,...
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Standing on the scale. The wheel is spinning and it still weighs 92 kilograms. You madethe prediction. Let’s see what happens when I throw it up over my head in three, two,one. What do you think?I don’t know about you,but to me it looked like a shaky mess. Let’s watch that again in slow-mo and I will graphthe scale readings.As you can see, during the lift the scale oscillates around 91 kilograms, the same asit read when I was stationary. So it seems the apparatus doesn’t get heavier or lighterwhen it is lifted while spinning. The only large deviation from the average comes atthe end of the lift when I let the wheel fall so the scale reading drops. And then I slowits descent and so the scale reading rises. So the question remains: If the wheel doesn’tget lighte...
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Standing on the scale. The wheel is spinning and it still weighs 92 kilograms. You madethe prediction. Let’s see what happens when I throw it up over my head in three, two,one. What do you think?I don’t know about you,but to me it looked like a shaky mess. Let’s watch that again in slow-mo and I will graphthe scale readings.As you can see, during the lift the scale oscillates around 91 kilograms, the same asit read when I was stationary. So it seems the apparatus doesn’t get heavier or lighterwhen it is lifted while spinning. The only large deviation from the average comes atthe end of the lift when I let the wheel fall so the scale reading drops. And then I slowits descent and so the scale reading rises. So the question remains: If the wheel doesn’tget lighte...
