Post by Pincho Paxton on May 22, 2024 21:37:58 GMT
Link...
Using wobbling stellar material, astronomers measure the spin of a supermassive black hole for the first time
Pincho says...
The quote isn't true...There's no such thing as a pull force. There's a flow towards the black hole of space as a type of liquid. There's also an out-flow interlocked with the in-flow. But they have the physics pretty wrong in all aspects, because Newton's maths was backwards, and Einstein allowed some of that information to creep into his own formulas. You don't need any pull forces in physics, your hands don't even pull things, they always push.
Pincho Paxton
Using wobbling stellar material, astronomers measure the spin of a supermassive black hole for the first time
As a black hole spins, it drags the surrounding space-time around with it. This drag effect is an example of Lense-Thirring precession, a longstanding theory that describes the ways in which extremely strong gravitational fields, such as those generated by a black hole, can pull on the surrounding space and time. Normally, this effect would not be obvious around black holes, as the massive objects emit no light.
Pincho says...
The quote isn't true...There's no such thing as a pull force. There's a flow towards the black hole of space as a type of liquid. There's also an out-flow interlocked with the in-flow. But they have the physics pretty wrong in all aspects, because Newton's maths was backwards, and Einstein allowed some of that information to creep into his own formulas. You don't need any pull forces in physics, your hands don't even pull things, they always push.
Pincho Paxton