Reptillian
Hamburgler Extraordinaire
There are certainly questions that philosophy deals with that science can't deal with because of its nature and underlying philosophical assumptions. Whole branches of philosophy like ethics and aesthetics deal with topics that science never touches. Science is merely a type of philosophy. Hawking may know a lot about his specialization, but when it comes to other topics like philosophy, he seems to be as ignorant as everyone else.
As for general relativity, (which seems to come up an aweful lot on this forum) one of the profound implications of the equivalence principle is that when I drop a ball, there isn't some strange force called gravity that reaches up and pulls down and causes it to fall, but rather the ball continues in its state of motion via Newton's 1st law and its me and the ground that are accelerating up to meet it. Gravity is just a manifestation of the "force" that causes a ball to roll forward on the floor of a bus when you step on the brake. Its what pushes you back in your car seat when you step on the accelerator. On a deeper note, gravity is locally like a special relativistic version of the centerfugal "force". I've been working on a description of dark matter/energy as a global manifestation of other pseudoforces...namely the Euler force and the Coriolis force. (its possible electromagnetism and the nuclear force may be locally understood in terms of these) The equivalence principle has also inspired me to attempt a geometric interpretation of quantum mechanics, but I haven't been making much progress on either front...primarily because my old professors think my ideas are bizarre and my peers are interested in a quantum mechanical description of gravity, not a gravity based description of quantum mechanics. Don't even get me started on my model of subatomic particles and their properties!
As for general relativity, (which seems to come up an aweful lot on this forum) one of the profound implications of the equivalence principle is that when I drop a ball, there isn't some strange force called gravity that reaches up and pulls down and causes it to fall, but rather the ball continues in its state of motion via Newton's 1st law and its me and the ground that are accelerating up to meet it. Gravity is just a manifestation of the "force" that causes a ball to roll forward on the floor of a bus when you step on the brake. Its what pushes you back in your car seat when you step on the accelerator. On a deeper note, gravity is locally like a special relativistic version of the centerfugal "force". I've been working on a description of dark matter/energy as a global manifestation of other pseudoforces...namely the Euler force and the Coriolis force. (its possible electromagnetism and the nuclear force may be locally understood in terms of these) The equivalence principle has also inspired me to attempt a geometric interpretation of quantum mechanics, but I haven't been making much progress on either front...primarily because my old professors think my ideas are bizarre and my peers are interested in a quantum mechanical description of gravity, not a gravity based description of quantum mechanics. Don't even get me started on my model of subatomic particles and their properties!