Here is the Universe...

I mean everywhere...

Yeah, the closer you look trying to find something solid to pick up, the smaller everthing seems to be. Let us hope the quark is as small as things get, but who knows?

And you are right, you can't study much Physics without getting deep int Maths. Perhaps the next big breakthroughs in Science will be by guys just working through equations. "Hey, Harry, look how we can create artificial gravity - see here in this formula?"

Certainly the much debated "String Theory" of the Universe, and its 10 or more Dimensions is all maths.

When you sit with a nice girl for two hours, you think it's only a minute. But when you sit on a hot stove for a minute, you think it's two hours. That's relativity.

They are holes that are black. 'Tis not difficult

Because you can see the surrounding light and matter beeing attracted by it. You can see how things are affected by the black hole's gravity, but can't see it.

I thought there was something about time being slower when you were sitting on the edge of a black hole (presuming you could)....was that just rubbish?

Yes, but are not able to survive, because a black hole has an amazing des¡nsity (a lot of mass in a short amount of volume), so you might desinteger.
I think that in the center of the universe is a giant black hole that is consentrating all the mass. And as stars, it explodes making possible space and time. The last time it happened was in the "Big Bang."

The density of a Neutron Star (which is not as dense as a Black Hole) is so high, that one teaspoonful of it would weigh about 100 billion kilograms, or more than 1,000 Titanics.

Well, from the car's perspective (ie as a passenger) you should see the headlights beam cast forward, I think. But an onlooker would not, or something, I think. ... umm ... I wish Einstein were here!

Wow, cool car!! Wouldn't want to get in its way ... could the driver see forward? What would he see? What was behind him?

Dragging Space and Time

The results of two studies announced in early November 1997 provide unprecedented support for “frame-dragging,” a concept predicted by physicist Albert Einstein's general theory of relativity. Frame-dragging describes how massive objects actually distort space and time around themselves as they rotate. One of the studies examined frame-dragging around black holes, an example of which is shown here in an artist's conception.

Encarta Encyclopedia
Joe Bergeron

When you say "time," what do you mean? I understand how space can be dragged into a hole, but I don't understand how time, the thing that passes us for ever, can.