Star triangle paradox

Why?
Light doesn't travel? It doesn't have a speed?

Does not matter. IF you can see an object it is either there or it is not. Distance does not matter, merely the fact that you can see the object. I am not discussing the light that the object emits.

If something is 100 LY away (i.e. it's taken 100 years for light to get to your eyes) then you're seeing it as it was one hundred years ago.
Fail. As usual.

Not the object itself and only if you are measuring the light reaching you. What confuses you guys is the fact we are discussing light.

If i wave a large hand fan it takes time for that wind to travel from the source outward, further away the more time it takes and that is exactly the same for light.

Questions:

is my hand still there? yes.

can i measure the time it takes for the wind (or light) to travel? yes.

Does this mean my hand (or in this case a star) is not there or i am seeing the object in a distorted time? No. It can only be real time, what we see. Laws of nature, my man.
 
Does not matter. IF you can see an object it is either there or it is not. Distance does not matter, merely the fact that you can see the object. I am not discussing the light that the object emits.
You ONLY see an object because of the light coming from it. :rolleyes:

Not the object itself and only if you are measuring the light reaching you. What confuses you guys is the fact we are discussing light.
If i wave a large hand fan it takes time for that wind to travel from the source outward, further away the more time it takes and that is exactly the same for light.
And we see objects by the light coming from them. Simple.

Questions:
is my hand still there? yes.
can i measure the time it takes for the wind (or light) to travel? yes.
Does this mean my hand (or in this case a star) is not there or i am seeing the object in a distorted time? No. It can only be real time, what we see. Laws of nature, my man.
Unfortunately (as we have seen numerous times) your grasp on the laws of nature is tenuous to say the least. We see an object because of the light emitted/ reflected from it. Therefore we see it as it was when that light left it. We do not see in "real time". At all (but the lag is so short for objects in our lives that the difference is negligible for ordinary life).
 
Does not matter. IF you can see an object it is either there or it is not. Distance does not matter, merely the fact that you can see the object. I am not discussing the light that the object emits.



Not the object itself and only if you are measuring the light reaching you. What confuses you guys is the fact we are discussing light.

If i wave a large hand fan it takes time for that wind to travel from the source outward, further away the more time it takes and that is exactly the same for light.

Questions:

is my hand still there? yes.

can i measure the time it takes for the wind (or light) to travel? yes.

Does this mean my hand (or in this case a star) is not there or i am seeing the object in a distorted time? No. It can only be real time, what we see. Laws of nature, my man.

Light is a special case. It is both traveling AND a universal constant (THE epistemic speedlimit beyond which nothing can be known.) Example: imagine perceiving a star thru some emission that travels faster than the speed of light. The emission itself would be reversing in time, going backwards instead of forward and enveloping the star in obscurity. There is no "IS" of a star apart from the light that is being emitted from it.
 
Light is a special case. It is both traveling AND a universal constant (THE epistemic speedlimit beyond which nothing can be known.) Example: imagine perceiving a star thru some emission that travels faster than the speed of light. The emission itself would be reversing in time, going backwards instead of forward and enveloping the star in obscurity. There is no "IS" of a star apart from the light that is being emitted from it.

If i look up and see a star explode i am seeing that in real time.
 
If i look up and see a star explode i am seeing that in real time.
No. If you see a "star explode" that star is no longer there now ("when" you see it). You're seeing it when it happened - however many years ago, and the delay is due to the light from that event taking time to reach us.
 
Explain that if i shine a light on something i can see it? wow, never knew this day would come.:rolleyes:
I covered that with my comment about "reflected" light.
Or was that something else you didn't understand? Apparently so...
 
No. If you see a "star explode" that star is no longer there now ("when" you see it). You're seeing it when it happened - however many years ago, and the delay is due to the light from that event taking time to reach us.

Operative words are:
see a "star explode"

I made it clear that the object and the light emitted are distinct in the times we see them due to the light traveling.
 
Operative words are:
I made it clear that the object and the light emitted are distinct in the times we see them due to the light traveling.
Nonsense.
How do we see an object if not by light coming from it?
 
So when we see the light closes to the object HOW can you say that particular light is lightyears away? Obviously it isnt.
What?
What do you mean "light closest to the object"?
We don't see any light close to the object. We see the light that has travelled from the object to us. And that light has taken time to get here. :rolleyes:
 
What?
What do you mean "light closest to the object"?
We don't see any light close to the object. We see the light that has travelled from the object to us. And that light has taken time to get here. :rolleyes:

flashlight_beam.jpg


Speaks for itself.
 
If i look up and see a star explode i am seeing that in real time.
I'd agree that perception is always now. But the content of perception (concerning the external environment) is about former states of that environment. The farther away the objects are, the more they are about something that happened deeper in the past, even though the objects are indeed manifested simultaneously in the "now" of one's current interval of perception, regardless of when their individual states originally occurred.
 
When a wise man argues with a fool for an extended period of time one begins to wonder who is the fool.

Why don't we just make three stars and see how fast we can make our optical cumputers send information from one to another from varying distances?
 
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