How does the following brief
thought experiment fail to show that general relativity (GR) has a
major problem in regards to black holes?
The full thought experiment is in my blog post. The post claims
that GR violates its own equivalence principle at the horizon of a
black hole. The principle says that the laws of physics in any
sufficiently small, freely falling frame are the same as they are
in an inertial frame in an idealized, gravity-free universe. Here's...
Why does Quantum Mechanics not follow Einstein's
Theory of General Relativity? If that's completely true, [we know
that "The Higgs boson does not technically give
other particles mass. More precisely, the particle is a
quantized manifestation of a field (the Higgsfield)
that generates mass through its interaction with
other particles." ] will it follow the famous equation E=mc²?
Which statement best describes the difference between special
relativity and general relativity?
a) Only the theory of general relativity includes gravity.
b) The theory of general relativity describes the behavior of
subatomic particles.
c) The theory of special relativity applies only to very massive
objects.
d) Only the theory of special relativity includes gravity.
Which statement best describes the difference between special
relativity and general relativity?
a) Only the theory of general relativity includes gravity.
b) The theory of general relativity describes the behavior of
subatomic particles.
c) The theory of special relativity applies only to very massive
objects.
d) Only the theory of special relativity includes gravity.
Show that Christoffel symbols do not transform like a tensor. And,
how does the determinant of the metric tensor transform general
under coordinate transformation?
Question 9
One of the key early tests of Einstein's General Theory of
Relativity was
the bending of the path of starlight and resulting apparent
shift in the position of stars because of the Sun's mass.
sending a twin in a spaceship to the nearest star and back at a
high Lorentz factor.
the Michelson-Morley experiment.
measuring the time dilation effect from gas falling into a black
hole.
Question 10
According to General Relativity,
Group of answer choices
you can...
What is true when it comes to the concept of FLOATING FREE in
SPECIAL RELATIVITY, choose one of the three alternatives each for
a) - d)
a) AN OBSEVER NEEDS ACCESS TO (1. His own watch (wrist-watch
time) - 2. All synchronised watches in ALL Free-Float Frames - 3.
All synchronised watches in ONE Free-Float Frame)
b) A TEST-PARTICLE (1. Has zero mass - 2. Generates neglectable
gravitational field - 3. Is a standardised particle
(SI-standard)
c) FREE-FLOAT FRAME IS...