Analog was great,
sorry if you missed it.

Buy a car with cash new for $20,000
turn it in to a cab for 100,000 miles,
I calculate 65 cents a mile cost,
more if you get a loan for the car.

Your car cost per mile in reality.
Car new $20,000.
Figure the car lasts 100,000 miles hard use.
20,000 Divided by 100,000 equals .20 cents a mile.
You get 20 miles per gallon with the air on
in the city if you are lucky.That's 5000 gallons
to go 100,000 miles at currently $4 bucks a gallon.
4 times 5000 is $20,000 Divided by 100,000 equals .20 cents a mile.
We are now at .40 cents per mile cost to drive your car.
Now figure insurance,registration,smog checks 4 sets of tires
at $400 each set to go 100,000 miles,oil changes, breaks
shocks and struts,all fluids,alignments and so on.
We are now at a minimum of .50 cents a mile.
Now add in the oh shit factor and we are at
.65 cents a mile.
I wouldn't take a fair less than $1.99 a mile.
"Life changing money."

"Great minds think alike. But, fools seldom differ." 

Thirty Helens 

Do we live in a hulahoopagram?

If the Earth curves the space around it,
does metal stick to a magnet because the
space around the magnet is curved by the magnet?

You have two space ships A and B 200,000 miles apart
traveling on a parallel course at a constant velocity.
Ship A fires a laser 90 degrees to the course at a target on ship B.
Ship B marks the laser impact point on the target
while the laser continues to fire.
Now both ships accelerate at the same rate.
Does the laser continue to hit the target
on ship B at the same point?

When will our space ship be ready to fly
into a black hole and test our theories?

Comedy relief in a weird universe that might be true.
Subject: Photon entanglement.
Question: How can information travel between two
photons that are far apart instantaneously?
Explanation:
Using the lorentz transforms to convert to the photon's reality.
Two photons are created at the same time and the same place.
Because the photons travel at the speed of light,
from their perspective the length of the universe in the direction of travel is zero
and time stops. When you perform an experiment on one of them
it affects both of them because they are both at the same place and time
from their perspective.
This also explains why interacting with a photon in our present
can affect it's past from our perspective.
One way to test this would be to perform an experiment where
the photons travel in a medium that causes them to travel
slower than the speed of light, time would pass and they would
move apart from their perspective.
This sounds weird which proves it could be correct.

If you accelerate a particle and observe
it's mass increase,
does it's gravity also increase?

Panic is a strategy that never works.

Look where you want to go.