How to pronounce “general relativity” in English

general relativity. General relativity was Einstein's great accomplishment and it was really his accomplishment.

general relativity together.

General relativity was Einstein's great accomplishment, and it was really his accomplishment.

underlying general relativity, which is a tensor calculus, and how the fabric of space time bends and folds

But general relativity is quite a bit different.

And general relativity says that when that happens, you can actually produce gravitational waves, which all these ripples in the geometry of space that

In general relativity, space and time are woven together into a fabric, but this fabric is not constant.

In general relativity, space and time are woven together into a fabric.

that Einstein needed for general relativity?

That's the "general" in general relativity.

- In the case of general relativity, Noether found a similar continuity equation, but with an important difference.

You don't need general relativity to go to the moon.

when we hit general relativity.

It takes long to-- general relativity, it's older than quantum mechanics.

Modifications of general relativity, quantum gravity is what I did later.

He took general relativity, which is what we call classical theory.

mechanics and general relativity, across the water, over there at Harvard, and seems to recall looking at all the data that confirm those theories,

And so in general relativity, Earth is curving spacetime around it.

beyond the regime of general relativity because we see nice classical capillarian uh orbits here right so we

You should teach general relativity.

That's what the general relativity equations tell us.

The trouble with the general relativity will not work on a quantum scale.

quantum mechanics or general relativity?

So while general relativity strictly doesn't rule out time travel into the past, it leads to all sorts of conundrums which we find rather difficult to get over, such as the famous grandfather

Einstein's theories of general relativity and special relativity gave us a whole new sense of the structure of the universe

spaceime to invent general relativity.

holes also exist in general relativity.

in pure general relativity, when you look at a nice map of a black hole, the so-called Penrose diagram named after

So in general relativity, being a strong gravitational field is much like moving out there close to the speed of light.

to invent general relativity, but then you have the theory, then you have general relativity, then you have equations, and the equations don't care what your intuition is.

He taught himself general relativity, came back from the Eastern Front in World War I, and said, "Professor Einstein, I've solved your equations.

and how general relativity models them.

under the laws of general relativity evolves based on its contents, evolves based on what's in that universe.

both quantum theory and general relativity together.

Just even in pure general relativity, when you look at a nice map of a black hole, a so-called 'Penrose diagram' named after Roger Penrose,

And even parts of general relativity, his idea about gravitation and the curvature of space had been done by people like Lemaitre and others.

This is the idea of general covariance, and it's one of the core tenets of general relativity.

But this doesn't work in general relativity, where the curvature can change from one point to another.

Obviously should have gotten it for general relativity and, and special relativity.

This is Einstein's field equation for general relativity, his theory of spacetime, curvature, and gravity.

In quantum field theory and general relativity, and quantum gravity, it's very slippery.

I also did something on general relativity.

is basically the prediction from general relativity.

When Einstein wrote down the theory of general relativity in the 1920s, a priest actually, George Lemaitre in Belgium, and a Russian mathematician.

And I was actually studying general relativity, and the fact that time feels speed,

So now we have to go to general relativity.

And what is new about general relativity, so as special relativity is a theory about space and time, or spacetime, but where as in special relativity,

thanks to Einstein's theory of general relativity but the puzzling thing that we do know is that much of the matter in

but in the regime where general relativity matters and so there was a breakthrough um um mostly attributed to