Theory

dcolyer said:
Stop critiquing my idea and improve it.
The best (and only) feasible idea you came up with was relay stations. Remove the poles and we'll be able to talk to one another :)

You could even connect these relay stations up with fibre optics as mentioned previously. This would mean the materials used, though prohibitively costly, actually exist.

dcolyer said:
I have moved several carrots and let me assure you it works.
Why don't you connect a lot of carrots together and see if your neighbour can understand you.
 
manoz said:
It's still a theory though isn't it?

True, but so far it's stood up to all the tests thrown at it. Explained the anomolies found with Newton's Laws of motion (precession of Mercury's orbit)


Pythagorus' Theory is still only a theory remember ;)
 
Barbie said:
True, but so far it's stood up to all the tests thrown at it. Explained the anomolies found with Newton's Laws of motion (precession of Mercury's orbit)


Pythagorus' Theory is still only a theory remember ;)

I thought Pythagorus was a theorem, not a theory?

I 'm not totally sure about this but I think I read somewhere that particles(or was it energy?) that have got ejected from the sun were detected in the atmosphere but only thing is these particles/energy have a shorter lifespan 8 minutes. So only way they could have got here is if they were faster then light or went through time. It could be crazy talk!!!
 
By any chance, you're not Karl Pillkington are you? Because this is drivel. But good drivel and I want to be the first person to push a pole in space.
 
manoz said:
I thought Pythagorus was a theorem, not a theory?

I 'm not totally sure about this but I think I read somewhere that particles(or was it energy?) that have got ejected from the sun were detected in the atmosphere but only thing is these particles/energy have a shorter lifespan 8 minutes. So only way they could have got here is if they were faster then light or went through time. It could be crazy talk!!!

Less than 8 minutes at rest. Remember for a moving object, time for that object slows down compared to a stationary observer.

So for a particle at near the speed of light, 1 minute for it could be a month, even a year for someone on earth.
 
From the second picture it was obvious this was a wind-up :D The moment anyone starts introducing vegetables into a complex (or not) interstellar theory for communication there's bound to be some giggles floating about :D
 
Just think about the mass of the bloody thing!

Ok so assume the pole goes from here to the nearest system, that's about 4 light years give or take. We'll assume it's made from one of the strongest alloys around, Aluminium 7178. That's 2823.379 KG/M^3.

We'll assume the pole has a circular cross section of about 2 meters. That's a total volume of 2.97211265 * 10^16 M^3 Meaning the whole thing is going to weigh (or rather have a mass of, as there's no mavity in space for it to weigh anything) 8.39140044 * 10^16 metric tons... And you want 2 of them!
 
Last edited:
Van_Dammesque said:
The pulse of information would be limited to the attenuation of the phonons, depending on what material you use, at best several mach.

That's what I was thinking too, surely this guy's "theory" is just the transmission of a standing wave through a solid? Therefore the actual speed of transmission of information would be the average group velocity of the phonons through the pole? (Which would be considerably less than c!)
 
Moredhel said:
Just think about the mass of the bloody thing!

Ok so assume the pole goes from here to the nearest system, that's about 4 light years give or take. We'll assume it's made from one of the strongest alloys around, Aluminium 7178. That's 2823.379 KG/M^3.

We'll assume the pole has a circular cross section of about 2 meters. That's a total volume of 2.97211265 * 10^16 M^3 Meaning the whole thing is going to weigh 8.39140044 * 10^16 metric tons... And you want 2 of them!
And wants to be able to anchor them, and push them accurately enough for communication.
 
Back
Top Bottom