International Trusting Science: A Little Thought Experiment

oski

Best Ref Ever
Joined
Dec 13, 2023
Messages
1,252
Reaction score
6,329
OK, picture a train full of passengers traveling at any given velocity (v→) along a set of tracks. There is a bomb at the center of this train with a wireless receiver that will detonate in only one way. Beside the tracks are two towers, each holding a lightning rod, wired to a switch, connected to a transmitter. Only if both rods are struck by lightning simultaneously, can the switch flip and only then will the transmitter send out a signal to detonate the bomb.

You are a stationary observer and exactly when the train intersects with your position and between the two towers, sure enough, lightning does strike both rods simultaneously.

The scene looks like this:
WLFVlnV.png


QUESTION: What happens to the people on that train?
 
Ass is exploding in my face. Do not like experiment would not do again.
 
Nothing happens. the bomb doesn't go off because it would need a slight voltage amplifier for the lightning in the back to compensate for the speed of the train. two lightning bolts that strike at the same time do not meet midway on a moving plane, more like behind the "detonator", which means the detonator doesn't get the condition for the exact same energy input at the exact time.

it's a very short explanation that doesn't take into account charge, connectivity, time intervals, logical roadblocks, etc.
 
Funny semantic trick. TS doesn't specify the bomb is on the train, merely that the bomb is in the middle from our point of view as it passes. So, I'm going to guess nothing happens to them that doesn't also happen to you as the observer.

Either that or the answer is
8818537e066526737f408f5e55090ff157dfef1e.gif


What do I win?
 
Last edited:
The trains moving so everything is displaced in that direction.

The lightning doesn't strike at the same time as it appeared to me. Although I doubt it would matter as there would be very little difference in the strikes, and I can't imagine the contacts are perfect to within 0.00000001 percent of a second or whatever, so yeah.

BOOM.
 
What everyone down to a young child who understands the word 'simultaneous' knows happens is...

l3TN8Bj.png


everyone on that train is dead.

What the top guys in the field (pun intended) will tell you happens, the literal priests of theoretical physics, that...

HtGI2rc.png


everyone on that train is safe. Trust the science.

<JagsKiddingMe>
 
The science behind this is pretty simple with this theory having a huge sample size of peer reviewed approval across all respected media sites, TikTok, Instagram, OnlyFans, etc.

Of course the signal will be transmitted due to the electrified rods, but according to the theory of relativity the mass of that ass aligning perfectly with the velocity of the train would create such a surge in kinetic energy that the signal would be lost in the space-time curve saving everyone.
 
It's nice to attempt some edifying discussion as opposed to "Trump sucks" and "Kamala sucks."

The science behind this is pretty simple with this theory having a huge sample size of peer reviewed approval across all respected media sites, TikTok, Instagram, OnlyFans, etc.
Leaving the flawed peer-reviewed narrative aside, I haven't seen one paper even showing that spacetime exists. Clearly, it has never been manipulated as an independent variable.

It's said that those who most fervently support relativity are those with no real understanding of its claims.

Of course the signal will be transmitted due to the electrified rods, but according to the theory of relativity the mass of that ass aligning perfectly with the velocity of the train would create such a surge in kinetic energy that the signal would be lost in the space-time curve saving everyone.
Mass of the ass?

Not sure about what you are trying to convey here, but I'll save you some time and steelman their argument.

"length contraction" and "time dilation"

the "distance" (length) in the direction of its motion appears to contract, and the "time" experienced by the moving object appears to slow down relative to a stationary observer

What is most fascinating to me since I have been reading into this stuff is why science chose relativity. It really is an amazing story.
 
Back
Top