- #36
Stuart
- 11
- 0
careful
We cannot define gravity, what we can do is describe it. We don't yet posses a complete definition of anything. Worse yet, every particular thing we know is inconsistent with at least one other thing we know.
Ptolemy thought he had great data. Newton in fact did have great data. Even so he lacked an etiology. That's where we're at with dark matter. There's great data, but there's no demonstrable etiology. Any number of alternate explanations are feasible. Topology would seem to offer a more rational explanation. We may not like that idea, but at least we can confirm the existence of spatial topology.
ZapperZ said:Did you even see the video that I linked to in Post #3? It answers/addresses at least a couple of the questions you asked here, if not more.
And yes, we CAN "fully define" gravity, even though we continue to test the General Relativity picture of gravity. Don't you think it is rather silly to not know enough about gravity, and yet, we can predict celestial events with such accuracy? How many other things that you think you can define and have such amazing accuracy?
Zz.
We cannot define gravity, what we can do is describe it. We don't yet posses a complete definition of anything. Worse yet, every particular thing we know is inconsistent with at least one other thing we know.
Ptolemy thought he had great data. Newton in fact did have great data. Even so he lacked an etiology. That's where we're at with dark matter. There's great data, but there's no demonstrable etiology. Any number of alternate explanations are feasible. Topology would seem to offer a more rational explanation. We may not like that idea, but at least we can confirm the existence of spatial topology.